FIN 3321-002 Financial Statement Analysis Texas Tech ...
Transcript of FIN 3321-002 Financial Statement Analysis Texas Tech ...
0
Business Valuation of Steel Dynamics, Inc. NASDAQ – STLD
Submitted April 28, 2009
FIN 3321-002 Financial Statement Analysis
Texas Tech University: Spring 2009
Mark Moore, Instructor
Eric Callahan [email protected]
Adam Dunlap [email protected]
Margaret Fisher [email protected]
Lydia Herschap [email protected]
Jacob Lewis [email protected]
1
Table of Contents:
Executive Summary 7
Company and Industry Overview 16
Company Overview 16
Industry Overview 17
Five Forces Model 18
1. Rivalry of Existing Firms 20
Industry Growth Rate 20
Concentration of Competitors 22
Differentiation 24
Switching Costs 25
Economies of Scale 25
Learning Economies 27
Excess Capacity 28
Exit Barriers 30
Conclusion 31
2. Threat of New Entrants 31
Economies of Scale 32
First Mover Advantage 33
Access to Channels of Distribution and Relationships 33
Legal Barriers 34
Conclusion 35
3. Threat of Substitute Products 35
Relative Price and Performance 35
Customers’ Willingness to Switch 36
Conclusion 36
4. Bargaining Power of Customers 37
Switching Cost 39
Differentiation 40
2
Importance of Product for Cost 41
Importance of Product for Quality 41
Number of Customers 42
Volume per Customers 43
Conclusion 44
5. Bargaining Power of Suppliers 44
Switching Cost 46
Differentiation 46
Importance of Product for Cost 47
Importance of Product for Quality 47
Number of Suppliers 47
Volume of Suppliers 48
Conclusion 49
Analysis of Industry Value Creation Key Success Factors 49
Classification 50
Cost Leadership 50
Economies of Scale 51
Efficient Production 51
Simpler Product Designs 53
Lower Input Costs 54
Low-Cost Distribution 55
Research and Development 56
Brand Advertising 56
Differentiation 56
Conclusion 57
Firm Competitive Advantage Analysis 57
Economies of Scale 58
Experience 59
Culture 59
Product Variety 60
3
Distribution 60
Conclusion 61
Formal Accounting Analysis 61
Key Accounting Policies 63
Type One Key Accounting Policies 63
Economies of Scale 64
Efficient Production 64
Low Input Costs 65
Low-Cost Distribution 66
Type Two Key Accounting Policies 67
Goodwill 67
Currency Risk 68
Benefit Plans 69
Operating and Capital Leases 70
Credit Risk 71
Accounting Flexibility 72
Goodwill 73
Operating Leases 74
Credit Risk 76
Accounting Strategy Evaluation 78
Goodwill 79
Currency Risk 81
Credit Risk 83
Qualitative Analysis of Disclosure Quality 85
Type One Key Accounting Policies 85
Economies of Scale 85
Efficient Production 87
Low Input Costs 87
Low-Cost Distribution 88
Type Two Key Accounting Policies 89
4
Goodwill 89
Credit Risk 90
Quantitative Analysis 91
Quantitative Analysis – Expense Manipulation Diagnostics 91
Asset Turnover 91
Cash flow from Operations/Income from Operations 93
Cash flow from Operations/Net Operating Assets 94
Total Accruals/Net Sales 96
Conclusion 98
Quantitative Analysis-Sales Manipulation Diagnostics 98
Net Sales/Cash Flows from Sales 99
Net Sales/Accounts Receivable 101
Net Sales/Inventory 102
Conclusion 104
Potential Red Flags 104
Accounting Distortions 105
Goodwill 106
Financial Analysis, Financial Statement Forecasts, and
Estimating the Cost of Capital 112
Financial Analysis 113
Liquidity Analysis 113
Current Ratio 114
Quick Asset Ratio 115
Inventory Turnover 116
Days Supply Inventory 118
Receivables Turnover 119
Days Sales Outstanding 120
Working Capital Turnover 121
Cash-to-Cash Cycle 122
Conclusion 123
5
Profitability Analysis 124
Gross Profit Margin 126
Operating Profit Margin 127
Net Profit Margin 128
Asset Turnover 129
Return on Assets (ROA) 130
Return on Equity (ROE) 131
Conclusion 132
Growth Rate Analysis 132
Internal Growth Rate 132
Sustainable Growth Rate 134
Capital Structure Analysis 135
Debt to Equity 135
Times Interest Earned 137
Debt Service Margin 138
Altman’s Z-Score 141
Conclusion 143
Financial Statement Forecasting 144
Income Statement 145
Balance Sheet 152
Statement of Cash Flows 158
Conclusion 164
Estimating Cost of Capital 164
Cost of Equity 165
Alternative Cost of Equity 167
Cost of Debt 168
Weighted Average Cost of Debt 170
Weighted Average Cost of Capital 171
Conclusion 172
Valuation Ratios and Methods 173
6
Multiples Based Valuations 173
P/E (Trailing) 174
P/E (Forward) 175
P/B 176
D/P 177
Price Earnings Growth 178
P/EBITDA 179
P/FCF (Per Share) 180
EV/EBITDA 181
Conclusion 182
Intrinsic Valuation Models 182
Discounted Dividends 182
Discounted Free Cash Flows 184
Residual Income 187
Abnormal Earnings Growth 189
Long Run Residual Income 191
Analyst Recommendation 194
Appendix 1 197
Appendix 2 200
Appendix 3 205
Appendix 4 222
Works Cited 225
7
Executive Summary
Analyst Recommendation: Undervalued, Buy*
STLD ‐ NASDAQ (4‐1‐2009) $8.98 Alman's Z‐Scores
52 week Range 5.18‐40.92 2004 2005 2006 2007 2008Revenue 8.08 BillionMarket Capitalization 2.0 Billion Initial Score 2.95 2.95 3.43 2.13 2.73Shares Outstanding 181.99 Million Revised Score 2.95 2.93 3.44 2.18 3.01
Restated
Book Value per Share $8.93 $8.98
Return on Equity 29.39% 43.15% Financial Based Valuations
Return on Assets 10.34% 13.13%As Stated Restated
Trailing P/E 10.00 N/A
Cost of Capital Forward P/E 16.65 14.64
Divs to Price 7.80 N/AEstimated R‐Squared Beta Ke Price to Book 0.03 0.01
PEG Ratio 3.65 N/A3 ‐ month 19.81 1.76 14.97 Price to EBITDA 1.70 2.871 ‐ year 32.22 1.66 14.16 EV/EBITDA 1.63 1.902 ‐ year 32.32 1.86 16.67 Price to FCF 4.07 N/A5 ‐ year 28.10 2.37 17.1510 ‐ year 32.15 1.9 14.84
Upper Lower Intrinsic Valuations
Ke 14.17 19.94 8.48
Size adjusted Ke 15.86 21.64 10.18Valuation Price
Upper Bound
Lower Bound
Backdoor Ke 22.69 Discounted Dividends $5.63 $27.24 $3.15Cost of Debt 6.52 Free Cash flows $0 $65.49 $0WACC Before Taxes 9.22 11.26 7.21 Risidual Income $14.38 $27.63 $9.68Size adjusted WACC 8.34 11.86 7.81 Long Run Risidial Income $10.49 $12.77 $6.48
AEG $9.35 $37.72 $7.50
8
Main Competitors Steel Industry Past 5 Years:
Source: Yahoo Finance
Steel Dynamics past Year’s Performance”
Source: Yahoo Finance
9
Industry Analysis
Steel Dynamics is a steel and steel product manufacturer located in Indiana and
was founded in 1993. The founders took the small scale, underfunded operation and
turned it into a highly profitable player in the North American Steel Industry. A proper
industry analysis involved the use of Porter’s Five Forces Model to determine the
industry profitability. The main competitors were found to be United States Steel, AK
Steel, and Nucor Corporation.
The steel industry currently presents a growing trend, however is expected to
decrease with respect to the current recession. A highly concentrated, commodity
driven industry presents little differentiation. High switching costs occur in the industry
because of the amount of money tied up in production equipment. Since the industry
has high price competition, it is crucial to note that controlling excess capacity is a
primary concern for all firms. Firms find a way to increase their infrastructure by
acquiring components of other similar firms. The chart below summarizes our analytical
findings for the five forces model:
After completing this step, we could then classify the industry in terms of its
strategy for creating competitive advantage. Steel firms are cost leadership driven
focusing primarily on economies of scale, efficient production, low-cost distribution, and
low input costs as the key success factors. Steel Dynamics and its competitors focus on
raw material costs, key items being energy and steel scrap and scrap substitute. By
instituting recycling programs within their own operations and mini-mills, steel firms
have created a sustainable competitive advantage.
Competitive Force Degree of Competition Rivalry Amongst Existing Firms High
Threat of New Entrants Low Threat of Substitute Products Moderate
Bargaining Power of Customers Moderate Bargaining Power of Suppliers Moderate
10
Lastly, we determined whether or not the firm currently has the resources and
capabilities to deal with the said key success factors. In the competitive advantage
analysis we found that Steel Dynamics continually makes efforts to improve their
current core competencies. Doing so is always a positive aspect because it adds value
to the entire industry. Therefore, the firm has “matched their core competencies with
their value driving key success factors” (Palepu and Healy).
Accounting Analysis
All corporations are required to present financial statements. On these
statements are the man-made figures that have been prepared for financial uses.
Following all prescriptions of the Generally Accepted Accounting Principles only partially
ensures usefulness of the annual reports. Further scrutiny of the key accounting
policies is an important part of the valuation process.
When attempting to discover potentially distortive information, this valuation
team found it best to identify the key accounting policies for the industry. Then we
followed up with a complete formal accounting analysis, which involves determining
accounting flexibility, strategy, and level of quality disclosure. Doing so allowed us to
determine which areas, industry wide and firm specific, could possibly lead to “red
flags”. The largest red flag was raised by the lack of Goodwill impairment. The
staggering jump from 2.7% to 30.9% of Plant, Property &Equipment led us to believe
that the firm may be overstating their assets.
Sales and expense manipulation diagnostics were also used in order to determine
the credibility of reported figures. We studied the rate of change for the diagnostics.
Doing so, we made sense of the proper business context. Overall, we found it be that
all four steel firms present credible numbers.
The key accounting policies for Steel Dynamics revolved around Goodwill, Credit
Risk, and a host of policies that relate directly to the firm’s key success factors. Such
key success factors include economies of scale, low-cost production and distribution,
and efficient production. Disclosure levels were found to be moderately high for all
11
stated areas for Steel Dynamics. Nucor, US Steel and AK Steel stacked up well, all
providing a transparent view of their firm through the financial statements. The most
significant accounting policy and the only one that required restatement of financial
data was Goodwill. Significant disclosure related to acquisitions allowed for a basic
analysis of the key accounting policy. We determined that since Goodwill represented
at least 20% of Plant, Property and & Equipment, we would need to restate our
financials for the present and past 5 years.
Financial Analysis, Forecasts, and Cost of Capital
A proper financial analysis employs three basic categories of ratios. The first
type deals with the firm’s liquidity, referring to how well a firm can covert assets into
cash. Profitability ratios where then used to determine the relationship between
revenues and the costs that are incurred to earn them. Using information from the
balance sheets and income statements, we were able to draw conclusions on how well
firms are turning profits. Lastly, capital structure ratios were used to determine the
economic and financial viability of the firms. By calculating these ratios, we were able
to determine the trends of the industry and the impacts of said trends. The most
significant and note worthy ratio for Steel Dynamics is the debt to equity ratio. It is
clear that the firm has greatly increased its leverage, taking on a considerable amount
of debt. This fact creates a concern of whether or not the firm can pay back its debt,
which is noted as the only serious drawback from the apparent undervalued firm.
The ratio analysis pointed to industry similarity in some areas, and clear market
segmentation in others. Nucor was the typical outperformer and AK Steel leaned
towards underperformance, when such an observation was made. Steel Dynamics
presented dissimilar results from the industry in the current ratio, gross profit margin,
and debt service margin. We also studied the internal and sustainable growth rates for
the last five years for all firms. These growth rates help set industry-wide benchmarks.
Steel Dynamics has demonstrated either matching such rates or outperforming them all
together.
12
After we conducted the financial ratio analysis, we were able to complete the
next step in a valuation, forecasting the financial statements. Focusing on critical line
items and ignoring items that could not reasonably be forecasted, we predicted the next
ten years worth of figures. The balance sheet, income statement, and statement of
cash flow forecasts all provided the inputs that would later be used to intrinsically value
the firm. The most important aspect of forecasting is predicting future sales growth
because it built the foundation for our forward-looking analysis. We have come to the
following conclusions as to what rate the sales for Steel Dynamics should grow, taking
into consideration our current recession.
2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
-10% 5% 10% 15% 15% 15% 15% 15% 15% 15%
Discount rates were found by estimating the appropriate cost of capital. Using
regression data, we were able to apply the most appropriate beta and the stated risk
free interest rate to the Capital Asset Pricing Model. Once we computed the cost of
equity using this method, we performed a size-adjustment which gave us 15.86%. This
cost of equity was compared to an alternative method. However we choose to stay with
our CAPM results. A weighted average for the cost of debt was the next rate to be
determined. Using provided interest rates from annual reports as well as applicable
short term rates we found it to be 6.52%. Then we found our Weighted Average Cost
of Capital (WACC) before and after tax to be 8.34% and 9.82%, respectively. These
estimated and calculated discount rates served an important role in our intrinsic
valuation models, as they were used to successfully discount year by year and terminal
values.
Valuation Analysis
When determining the value of a company, many models can be utilized in
order to see how a firm is performing relative to an observed share price. These models
vary from financial ratio valuations to intrinsic valuation models. From these valuations,
13
an analysis was performed in order to determine the correct price per share at April 1,
2009.
The method of comparables approach was used to simply enhance our overall
equity valuation. This ratio-based valuation lacks theory and has no consistent set of
rules governing it. Using publicly available information and the annual reports of Steel
Dynamics, we computed ratio-based prices for a string of different metrics. The price
to earnings ratio was the starting point and all outliers were left out of the industry
average calculations. Also, negative values for any denominator were left out and
considered useless.
By using intrinsic valuation models, a more reliable analysis can be performed
than the method of comparables. This has to do with relatively strong forecasted
numbers that are used within each of the models. Not only are these models based on
stronger numbers, but they also have a higher explanatory power. The five intrinsic
valuation models consist of: discounted dividends, discounted free cash flows, residual
income, abnormal earnings growth, and long-run residual income.
The first intrinsic valuation model utilized was the discounted dividends method.
This method shows how the present value of dividends and the terminal perpetuity
adjusted for time consistency gives a fair pricing of Steel Dynamics. This model ended
up being too sensitive to growth rates and having a very low explanatory power. This
model had the company being mostly overvalued and very few of the estimated share
prices as fairly valued. With a cost of equity of 15.86% and a growth rate of 5%, the
share price is $5.63, which shows Steel Dynamics as overvalued. From the model for
Steel Dynamics, more than half of the explanatory power lies within the terminal value
perpetuity and that makes the model unreliable.
The second model, discounted free cash flows, is a valuation method that uses
future free cash flow projections and discounts them to arrive at the present value. The
present value, found using WACC BT, assists our analysis of the potential profitability of
the investment. This model’s results were greater than 110% of the observed share
14
price, which indicates that this is a good investment opportunity. Although this model
indicated a good opportunity for investment, it is still sensitive to growth rates and for
the most part is unreliable due to its low explanatory power.
The next model is the most reliable out of the five that were utilized. With the
residual income method, there is a high explanatory power and majority of the weight
is placed on the book value of equity of the visible items, not the “wishful” items. Also,
this model is not as sensitive to growth rates as the ones before it have shown. An
example of this is shown within the analysis performed. With a cost of equity of 19.94%
and a growth rate range of -10% to a -50% the calculated share price went from $9.77
to only $9.88. This is a very small price change in relation to the large growth rate
adjustment showing how reliable this method is compared to others. Overall, this model
shows Steel Dynamics as undervalued and therefore a good investment opportunity.
The Abnormal Earnings Growth Model is the next model that helps us determine
the equity value of Steel Dynamics. AEG is similar to the Residual Income Model in that
is has theory, has high explanatory power, is insensitive to changes in growth rates,
and has more weight in near-future earnings. For Steel Dynamic’s the reliability of this
model is seen in the insensitive changes of price and the closeness to the residual
income valuation results. For instance, the time consistent price when held at a .1586
cost of equity, and adjusted growth rates between -.1 and -.5, only changed by $.44.
Within a reasonable cost of equity, AEG’s time consistent price is insensitive to changes
in growth rates. The AEG Model presented Steel Dynamic’s share price as undervalued.
The final intrinsic valuation model utilized was the Long Run Residual Income
model. This method has three inputs that factor into its analysis. These are the cost of
equity, the growth rate and return on equity. Because dividends are harder to forecast,
the return on equity is utilized instead. After finding a growth rate convergence, three
separate charts are used to tie the three main drivers (Ke, g, ROE) of the model
together. This is done by keeping one of the three inputs constant and changing the
other two in the equations used. For Steel Dynamics, the long run residual income
15
model yielded favorable results by showing the company as undervalued. Overall, this
model supports the original residual income model in respects to the favorable results.
By utilizing the method of comparables and intrinsic valuations, one can
determine if a company is worth more, less or equal to its reported value. This is very
important to potential shareholders when they make decisions about investing in a firm.
Upon review of the intrinsic valuations and the method of comparables, our valuation
team has concluded that Steel Dynamics is overall an undervalued firm and a sound
choice to invest in.
16
Company and Industry Overview
Having a strong foundation of basic knowledge of the Steel Industry and the
companies that it is composed of is of great importance if one wishes to understand to
more intricate facets of the industry. After reading the information contained in both the
company and industry overview, one should have a basic understanding of the history
behind Steel Dynamics Inc, the sales volume and growth of Steel Dynamics’ as well as
the company’s main competitors, and the overall state of the steel industry.
Company Overview
Steel Dynamics was founded in 1993, when three men (Keith Busse, Mark Millet,
and Richard Teets Jr.) set out to not only found a new steel company but to do so
without corporate backing. Using their professional reputations as their only collateral,
the three began seeking independent funding from various investors that had
knowledge of the industry and saw promise in the new venture. By late 1993, the three
had raised over 270 million dollars, and by 1996, Steel Dynamics was in full operation.
Today, Steel Dynamics Inc. (STLD) is one of the largest steel producers and scrap
processors in the United States with 5,940 full time employees, most recent annual net
sales of 8.1 billion dollars and a market capitalization of 2.14 billion dollars. Steel
Dynamics Inc. manufactures a variety of steel products and through acquisitions of
companies such as the OmniSource Corp., is now one of the largest scrap metal
processors in the United States.
All though Steel Dynamics scrap processing operations are a vital part of the
overall company, the steel operations element of the company accounts for over 81%
of Steel Dynamics net sales. The steel operations division is divided into four separate
entities; the flat roll division, structural and rail division, bar division, and the steel of
West Virginia division. Over the past five years, Steel dynamics has enjoyed record
growth and a steadily increasing market share. In 2004 alone the company more than
doubled its net sales from 987 million to 2.1 billion.
17
(10-K: STLD)
This rapid growth is mostly due to Steel Dynamics’ aggressive expansion of mini-mill
operations throughout the upper Midwest and Southeastern United States. The main
operations headquarters and largest steel production facility of Steel Dynamics is
located out of Jefferson, Indiana. This location and its close proximity to the Ohio River
allows Steel Dynamics to gain access to markets in the southern US.
In 2007, Steel Dynamics made several key acquisitions that greatly expanded the
overall diversity of its products. One such acquisition was the July. 2007 purchase of
The Techs. The newly acquired company now allows Steel Dynamics to gain access to
markets that require specific widths or gauges that existing facilities could not currently
produce. As mentioned before, the one billion dollar purchase of the OmniSource
Corporation affords Steel Dynamics control of a large market share of the North
American scrap recycling and processing industry.
Industry Overview
Steel Dynamics main competitors in the “Steel and Iron: Basic Materials” market
are US Steel Corp. (X), Nucor Corp. (NUE), and AK steel holding Corp. (AKS). Steel
Dynamics and its competitors are very comparable in respects to products offered and
technology. The firms that operate within Steel industry: basic Materials all rely on their
flat roll steel operations for a large portion of their earnings. US Steel and Nucor
currently control the largest market shares in the industry, but Steel Dynamics is rapidly
catching up due to a high rate of growth over the past five years. Despite the slowing
economy, the steel industry has done comparatively well. Steel Dynamics, as well as
the company’s main competitors, has seen (in most cases) steady growth over the last
five years. While Steel Dynamics and Nucor operate domestically in North America, AK
*in millions* 2004 2005 2006 2007 2008
Total Assets 1,730 1,760 2,250 4,520 5,230
Net Sales 2100 2184 3238 4387 8100Growth (Net Sales) 112.80% 4.00% 48.26% 35.48% 84.64%
18
Steel and US Steel are multinational firms with entities in South America (AK Steel) and
Europe (US Steel).
Annual Growth (Net Sales)
*in millions* STLD X AKS NUE
2004 112.80% 33.20% 28.64% 44.90%
2005 4.00% 0.82% 8.65% 11.60%
2006 48.26% 11.54% 7.26% 16.14%
2007 35.48% 7.37% 15.51% 12.47%
2008 84.64% 41.15% 9.14% 42.62% (10-K: STLD, X, AKS, NUE)
There are still problems facing the domestic industry, such as China’s increased
exportation of steel to the US due to slowing demand in the country. Another looming
problem is the recent disagreements between iron ore suppliers and the steel makers
the supply. “The world’s steelmakers want at least a 10% reduction in iron ore prices,
but miners want to keep prices level as the two sides begin secretive contract
negotiations in what looks to be a bust year for commodities.” (Matthews, 2009)
Five Forces Model:
To understand an industry, one must first identify it, and then understand how
and why certain forces affect it. This is exactly the purpose of the five forces model.
According to the model, the profitability of an industry, and the firms that compose it, is
influenced by five forces. These five forces include rivalry among existing firms, threat
of new entrants, threat of substitute producers, bargaining power of buyers, and
bargaining power of suppliers. A better understanding of these five forces is a better
understanding of business itself. The chart below provides a synopsis of our analytical
findings:
19
Competitive Force Degree of Competition
Rivalry Amongst Existing Firms High
Threat of New Entrants Low
Threat of Substitute Products Moderate
Bargaining Power of Customers Moderate
Bargaining Power of Suppliers Moderate
The nature of competition among similar can vary greatly throughout different
industries. “In most industries the average level of profitability is primarily influenced by
the nature of rivalry among existing firms in the industry” (Palepu, 2008). How many
competing firms, and the size of those firms, makes a large difference in how
competitive pricing in the industry is. Other factors that contribute to the intensity of
the rivalry among firms are: concentration and balance of competitors, degree of
differentiation and switching costs, scale/learning economies and the ration of fixed to
variable costs, and the excess capacity and exit barriers factor.
Threat of new entrants is another key factor in an industry. The easier it is to
enter into an industry; chances are that more firms will in fact enter. Many factors such
as the existence of legal barriers affect the how likely the threat of new entrants will be
a factor in an industry. In industries such as the steel industry, one of the most
important barriers is the economies of scale barrier due to the fact that the startup
costs can, and most likely will, be enormous.
The threat of substitute products is the chance that customers will switch to
products that perform the same function or provide the same benefit. This factor can
greatly affect the way firms price their products. In other words, the threat of substitute
products can be a very complex problem that a firm faces. “In some cases, threat of
substitution comes not from customers switching to another product but from utilizing
20
technologies that allow them to do without, or use less of, the existing products”
(Palepu, 2008).
How well a buyer can manipulate the seller that supplies him with products
(bargaining power of buyers) can be a extremely important factor in deciding how a
company conducts its’ self. The price sensitivity of a certain product and the relative
bargaining power of the buyer usually decide to what extent a buyer can exert influence
over the price. Companies such as Wal-Mart have a very large power over their
suppliers simply because of their immense size and buying power. Buyers are most
powerful when there are many companies that sell easily substitutable products to the
ones that their suppliers offer.
The bargaining power of suppliers is on the other spectrum of that of the buyer.
If the supplier offers a good that cannot be easily replicated or substituted, when it
come to bargaining, it is now the supplier that hold the upper hand. If a company
needs a certain good to operate their business, they are very dependent in a way on
their suppliers.
Rivalry Among Existing Firms
As a main source of competition in the steel processing industry, a understanding
of the rivalry among existing firms helps to define the competition, and aids companies
in their formation of successful and insightful business strategies. The average level of
profitability is mainly affected by the competition amongst the existing firms in the
industry, as outlined in the following sections (Palepu).
Industry Growth
The industry growth rate is measures how fast the overall industry is expanding
or contracting and at what speed. For instance: when the industry is growing, there is a
greater supply of the product than the demand for it, which results in less competition
between the firms. To help visualize the growth rates of the steel processing industry,
21
the following graph shows the percent change in net sales from the previous year of
Steel Dynamics and three of its close competitors over the past six years (in
thousands):
(10-K and 8-K: SDI, Nucor, USSC, AK Steel)
While these numbers do not show the entire steel industry, they accurately reflect the
arena that Steel Dynamics and its closest competitors compete in. Despite being the
smallest competitor in net sales for this section of the industry, according to the chart
the industry has been growing steadily for the past six years, moving up from having
net sales of $28.2 billion in 2003, to $63.2 billion in 2008.
Steel and Iron: Basic Materials ( Net Sales, in thousands) Steel Dynamics Nucor USSC AK Steel Industry Total Industry mean
2003 987,248 6,265,823 16,873,000 4,041,700 28,167,771 13,837,0742004 2,144,913 11,376,828 15,715,000 5,217,300 34,454,041 16,690,7922005 2,184,866 12,700,999 14,039,000 5,647,400 34,572,265 16,739,9162006 3,238,787 14,751,270 13,975,000 6,069,000 38,034,057 18,207,3322007 4,384,844 16,592,976 16,893,000 7,003,000 44,873,820 21,340,6992008 8,080,521 23,663,324 23,817,000 7,644,300 63,205,145 29,582,442
(10-K and 8-K: SDI, Nucor, USSC, AK Steel)
Knowing if the industry is growing or contracting is vital but when many
companies are competing, a firm’s market share also becomes very important. For
0.00%
50.00%
100.00%
150.00%
200.00%
250.00%
2004 2005 2006 2007 2008
22
example, a company does not need to acquire more market share if the industry is
growing at fast rate. But if there are many participants in the industry, the only method
of growth is to acquire the market share of others. Expansions of a firm’s market share
come in the form of mergers and acquisitions of other firms.
Lately the industry has been slowing quite drastically with the country going into
a recession. When this happens, firms are forced to cut costs in order to lure business
away from competitors and retain current customers.
Currently, talks about the stimulus plan which could inject “about $30 billion into
roads and bridges and $32 billion into energy transmission” are almost the only thing
inspiring hope in the steel industry for this upcoming year (Opdyke). According to the
Wall Street Journal, this money would potentially come from “a massive effort repairing,
rebuilding and improving everything from roads and bridges to the nation’s electrical
grid,” assuming the increase in demand for steel pushes the overall price up (Opdyke).
Overall, steel processing industry has been growing in recent years. This has
somewhat helped decrease competition between firms since there is a greater supply of
than demand for the product, but this may all change in the upcoming year as an effect
of the current recession.
Concentration of Competitors
For the Steel Processing industry, the understanding the concentration of
competitors is vital and the most important aspect when looking at the rivalry among
existing firms. According to the World Steel Association, there are over 80 companies
with at least 3.8 million metric tons of crude steel output, with Steel Dynamics coming
in at a low 63rd place as of 2007 (worldsteel.org). Also to be noted, the largest steel
company in the world, Arcelor Mittal, only accounts for around 10% of the steel output
in the total industry (arcelormittal.com). These two facts help illustrate how many
companies there are competing with one another in this industry. Since there is no real
23
dominate company in the steel industry, no one firm sets the rules of the industry and
all are vulnerable to destructive price competitions.
Steel Dynamics has a relatively small percentage of the industry’s market share.
As shown in the following pie chart of the total net sales (from 2003-2008) of the
industry, Steel Dynamics accounts for about 13% of the industry.
Firms’ Percent of Total Assets of Industry: 2003 2004 2005 2006 2007 2008
Steel Dynamics 7.67% 7.11% 7.26% 8.56% 12.86% 13.16%
Nucor 23.89% 25.18% 29.52% 30.08% 27.96% 34.74%
USSC 41.82% 45.36% 40.56% 40.34% 44.48% 40.39%
AK steel 26.61% 22.36% 22.66% 21.02% 14.70% 11.71% (10-K: SDI, Nucor, USSC, AK Steel)
It is interesting to note that over the past six years, Steel Dynamics’ has almost doubled
their market share. While AK Steel has lost over 45% of their share of the industry, this
does not necessarily mean that they have decreased in size, just that they have not
matched their direct competitors’ growth rates. If this downward trend continues, they
may no longer be considered a direct competitor of Steel Dynamics in the upcoming
decade.
It is extremely difficult to find perfect direct competitors in this industry due to
the various different operations each firm conducts. Steel dynamics has three main
operations: Steel, Fabrication, and Steel Scrap and Scrap Substitute Operations. Each of
these operations produces many different products, from flat rolled and structural steel
to fabrication of girders and steel joints. While Steel Dynamics has these three main
operations, its “direct competitors” such as AK Steel, may have different operation
sections like steel tubing for the automotive industry (10-K: SDI, AK Steel). This is
24
important to understand when looking at graphs and directly comparing the firm’s
existing competitors.
Due to the slight and few differences in the companies, most are highly
competitive in pricing. Steel Dynamics’ 2007 10-K states: “competition for sales… is
based primarily on the price, quality, and location of the [steel], as well as the level of
service provided in terms of reliability and timing of delivery.” Steel Dynamics Inc. has a
slight advantage in the structural and rail division since there are “currently no other
structural mills located in the Midwest, one of the largest structural steel consuming
regions in the United States” (SDI 10-K).
The steel industry has to compete with firms in other industries as well: Steel
competes with other materials such as aluminum and plastic (particularly in the
automobile industry), cement, composites, glass and wood (SDI 10-K).
In conclusion, due to the high number of firms that are formidable competitors,
there is increased fighting for lower prices; thus, placing the steel processing industry
into the cost leadership category.
Differentiation
In order to deal with direct competition, many companies rely heavily on their
ability to differentiate their goods and services. If there is high differentiation, a firm is
able to set or charge a higher premium with little to no fear of a price war. However,
the steel processing industry has low differentiation in general and is therefore forced
to compete on price.
As previously explained, Steel Dynamics produces many different types of steel.
This firm believes that this “diversified mix of products enables [Steel Dynamics] to
access a broader range of end-user markets, serve a broader customer base and
mitigate [their] exposure to cyclical downturns… in any one product or end-user
market” (SDI 10-K). Although the industry in general has very low diversification, Steel
25
Dynamics’ many different specific sections help them compete on many different levels
with multiple different competitors.
As stated before, the competition between steel firms is largely based on price
because of the overall similarities between their products. For this reason, all firms in
the steel processing industry, including Steel Dynamics, competes by controlling their
costs in order to reduce the cost of the finished product.
Switching Costs
When analyzing a firm’s switching costs, one determines if the said firm can
effectively take their resources and successfully enter into another industry and to what
degree of difficulty. If the switching costs are relatively low, the company can easily
switch into another market if its benefits are greater and there are more incentives to
engage in a price war.
Since the steel processing industry’s resources are very specific and serve a
single purpose, the switching costs are very high. The extremely expensive plant,
property and equipment of the industry make switching industries a costly. The strong
exit barriers of this industry also add to the switching costs of the firms. However, the
switching costs of producing different types and grades of steel to another are low. In
the steel processing industry, if a firm chose to start producing a different grade of
steel, they could do so with minimal switching costs. But overall, if a steel producing
firm wanted to switch to producing a completely different metal or product, the
switching costs would be staggering.
Economies of Scale
In scale economies, firms must increasingly mass produce their goods to drive
down the average cost per unit, offsetting the cost of fixed overhead. If an industry,
such as the steel processing industry, has economies of scale, the companies will turn
to more expansion and acquisitions of other companies in order to become key players
in the competition.
26
To make a profit in this industry, a firm must produce large enough quantities to
cover their costs. When this is the case, it affects competition because fewer firms can
obtain market share. The high cost of fixed overhead automatically decreases the
competition, but this leads to increases in rivalries between existing firms, which
sometimes gives way to price wars.
(10-K and 8-K: SDI, Nucor, USSC, AK Steel)
As stated earlier, if there are many participants in the industry, the main method
of growth is to acquire the market share of others. It is important to note that while the
above graphs show increase in market share in reference to revenues, they do not
illustrate investment in PPE. Referring to the above pie charts, Steel Dynamics has
greatly increased their market share relative to the other firms in the industry.
This was mainly due to the firm’s acquisitions in 2007 of two companies:
OmniSource Corporation and The Techs (SDI 10-K) .Through the acquisition of
OmniSource Corporation, Steel Dynamics increased their market share and became one
of the largest scrap processors in the United States. According to the SDI 10-K, they
“purchased The Techs to expand [their] market-share in the value-added steel coating
business.” The purchase of The Techs allows this firm to success markets that required
things that Steel dynamics’ existing facilities could not formerly supply. Both of these
situations are perfect examples of Steel Dynamics increasing their market share to
Steel dynamics
4% Nucor22%
USSC60%
AK steel14%
Industry Sales Revenue 2003
Steel dynamics
13%
Nucor37%
USSC38%
AK steel12%
Industry Sales Revenue 2008
27
become a key player in the industry, while simultaneously decreasing their overall
production cost per unit.
To illustrate this point, we divided each firm’s cost of goods sold by its plant,
property and equipment, and looked at how they grew or shrunk per year:
Steel Dynamics, Inc.: CGS/PPE (in thousands)
2003 2004 2005 2006 2007 2008
% Change,
6 yr:
SDI CGS 841,920 1,541,423 1,699,717 2,408,795 3,468,855 6,849,262
PPE 1,001,116 1,024,044 999,969 1,136,703 1,652,097 2,072,857
CGS/PPE 84.10% 150.52% 169.98% 211.91% 209.97% 330.43% 292.91%
AKsteel CGS 3,886,900 4,553,600 4,996,800 5,452,700 5,919,000 6,491,100
PPE 2,433,900 2,324,500 2,257,500 2,133,400 2,065,900 2,061,300
CGS/PPE 159.70% 195.90% 221.34% 255.59% 286.51% 314.90% 97.19%
USSC CGS 974,000 1,039,000 931,000 963,000 1,172,000 1,288,000
PPE 3,414,000 3,627,000 4,105,000 4,429,000 6,688,000 6,684,000
CGS/PPE 28.53% 28.65% 22.68% 21.74% 17.52% 19.27% -32.46%
Nucor CGS 5,996,547 9,174,611 10,108,805 11,284,606 13,462,927 19,612,283
PPE 2,817,135 2,818,307 2,855,717 2,856,415 3,232,998 4,131,861
CGS/PPE 212.86% 325.54% 353.98% 395.06% 416.42% 474.66% 122.99%
The above graph shows that we can expect that most firms in this industry increased by
at least 100%. Steel Dynamics increased by over 300%, which allots to about a 50%
increase per year, proving that the firm has been able to acquire or merge with
companies and grow at a faster rate than its direct competitors. However, this
expansion is due more to mergers and acquisitions, rather than more efficient
machinery.
Learning Economies
In learning economies, the longer a firm has been in the industry the more
efficient it is believed to be due to its assumed wealth of knowledge and by learning
28
through doing. The steel processing industry is not exactly a learning economy, but it
shares many of characteristics of one.
In the Steel processing industry, the ratio of fixed to variable costs is very high
due to the extreme amounts of capital the companies have to invest in their plant,
property and equipment required to process steel. There is a noticeable need for new
technology in the steel processing industry. This new technology would result in lower
production costs, therefore decreasing the ratio of fixed to variable costs. For example,
SDI can successfully produce rail from the traditional lengths of 39 feet all the way up
to a staggering 240 feet, and eventually plan on increasing this length to 320 feet (SDI
10-K). While other companies in the United States are limited to 80 foot lengths, SDI
competes effectively because of their superior existing plant layout. The research and
development departments of SDI are constantly working to improve the overall steel
process by looking into alternative iron-making technologies (SDI 10-K). Overall, this
introduction of new technology would potentially give the firm an advantage over the
other firms existing in or entering into the steel processing industry, so this is a
moderate factor in the rivalry among existing firms for the steel processing industry.
Excess Capacity
If capacity in an industry is larger than consumer demand, there is a strong
incentive for firms to cut prices to fill capacity (Palepu). For the steel processing
industry, the strong presence of exit barriers causes this to be an issue. A firm will cut
its selling price per unit in order to sell more units, thus bringing down the overall
production price per unit and assigned fixed overhead.
Unfortunately for the steel processing industry, they are also forced to compete
with other countries’ excess capacities as importation continues to grow. When other
foreign firms over produce, their steel products are frequently offered at a lower price
and flood the US markets. If steel importing starts to increase rapidly, American steel
29
processing firms will not be able to both compete in foreign price wars and still see
profits, since the production costs in these countries are typically drastically lower. In
the current recession, there has been a severe decrease in the demand for steel which
has also contributed to excess capacity in the industry. There is much more excess
capacity as firms across the world are trying to adapt to and deal with the recent
decrease in the housing and construction markets (Chen). In a Wall Street Journal
article, Robert Matthews quoted that “in the past few weeks, several steelmakers,
including Arcelor Mittal and AK Steel Holding Corp., have announced production
curtailments and layoffs to better match falling demand for automobiles, appliances and
construction” (WSJ-U.S. Steel to Lay Off). With demand down this transfers some of the
bargaining power from the steel industry back to the customers.
A firm constantly growing at a fast rate is another factor that contributes to
excess capacity in the industry. To see if the firms in the steel processing industry are
growing too quickly and consequently overproducing steel, we took Sales divided by
plant, property and equipment over the past six years:
Steel Dynamics, Inc.: CGS/PPE (in thousands)
2003 2004 2005 2006 2007 2008
% Change, 5 yr:
SDI Sales 987,248 2,144,913 2,184,866 3,238,787 4,384,844 8,080,521
PPE 1,001,116 1,024,044 999,969 1,136,703 1,652,097 2,072,857
Sales/PPE 98.61% 209.46% 218.49% 284.93% 265.41% 389.83% 295.30%
AKsteel Sales 4,041,700 5,217,300 5,647,400 6,069,000 7,003,000 7,644,300
PPE 2,433,900 2,324,500 2,257,500 2,133,400 2,065,900 2,061,300
Sales/PPE 166.06% 224.45% 250.16% 284.48% 338.98% 370.85% 123.32%
USSC Sales 16,873,000 15,715,000 14,039,000 13,975,000 16,873,000 23,817,000
PPE 3,414,000 3,627,000 4,105,000 4,429,000 6,688,000 6,684,000
Sales/PPE 494.23% 433.28% 342.00% 315.53% 252.29% 356.33% -27.90%
Nucor Sales 6,265,823 11,376,828 12,700,999 14,751,270 16,592,976 23,663,324
PPE 2,817,135 2,818,307 2,855,717 2,856,415 3,232,998 4,131,861
Sales/PPE 222.42% 403.68% 444.76% 516.43% 513.24% 572.70% 157.49% (Companies’ 10-K)
30
The above graphs illustrates that over the past few years, Steel Dynamics’ production
has increased by almost 300%, about 50% per year. Across the industry, most firms,
like AK Steel and Nucor, have increased production by around 140%, about 20% per
year. This proves that excess capacity as a result of overproduction is a much larger
issue for Steel Dynamics than it is for other firms in the industry. Since the steel
processing industry already has high price competition, excess capacity is a huge
component in the rivalry among existing firms on a world-wide basis.
Exit barriers
If leaving an industry is difficult, then strong exit barriers exist. In such
situations, companies are less likely to leave the industry and are instead forced to
solve their dilemmas or face shutting down production completely. According to Palepu,
“the competitive dynamics of the steel industry demonstrate these forces at play.”
The cost to start up steel processing firms is in the millions: according to the
Steel Dynamics 10-K, the founders had to raise $270 million in 1993 to start up the
company. Because of this it is very difficult for new entrants to start up a firm in this
industry.
PPE, net (in thousands)
2003 2004 2005 2006 2007 2008 5 year avg.:
Steel
Dynamics 1,001,116 1,024,044 999,969 1,136,703 1,652,097 2,072,857 1,314,464
Nucor 2,817,135 2,818,307 2,855,717 2,856,415 3,232,998 4,131,861 3,118,739
USSC 3,414,000 3,627,000 4,105,000 4,429,000 6,688,000 6,684,000 4,824,500
AK steel 243,390 232,450 225,750 213,340 206,590 2,061,300 530,470
Total PPE:
Industry 7,475,641 7,701,801 8,186,436 8,635,458 11,779,685 14,950,018 2,447,043
(10-K and 8-K: SDI, Nucor, USSC, AK Steel)
31
As shown in the above graph, the machinery is expensive, costing around $2.5
billion per firm in the over the past five years. Since the assets of the industry are very
costly, product and industry-specific, and according to the graph overall getting more
expensive each year, shutting down operations would result in a huge fiscal loss.
Because of this, competition is much more intense. Equipment in the steel processing
industry is extremely specialized, meaning that the plant property and equipment could
not be used for anything else in other industries, which poses as a huge exit barrier.
The assets of the industry are very costly and therefore shutting down would
result in a huge fiscal loss. Because of this, competition is much more intense.
Conclusion
The steel processing industry’s rivalry among existing firms is very complex and
competitive. Steel processing has high cost competition resulting in a cost leadership,
commodity-based industry with characteristics of both economies of scale and learning
economies. Overall, there is a high level of competition between the firms and a high
growth rate in the past six years, despite the current markets. Very strong exit barriers
and switching costs exist, and it is hard for new firms to enter the industry due to the
high costs of plant, property, and equipment.
Threat of New Entrants
The threat of new entrants is the fear of new companies taking over sections of
the market share. More competitors can split market share and thus decrease overall
profitability. This danger of new entrants is occurring in the steel industry as well.
Unlike some other industries, the threat of new companies is low. This is due to the size
of competition in the steel industry. There are over 70 companies in the world that
manufacture steel. This proves to be a huge barrier for incoming companies. Also, there
are many factors that a company must overcome when they want to start in this
industry. These include economies of scale, first mover advantage, access to channels
32
of distribution and relationships, and legal barriers. With so much competition and
factors to overcome, the steel industry is one of the toughest to gain entry into.
Economies of Scale
A company’s size and the amount it allocates towards its resources is a
considerable obstacle when entering the steel industry. Of the top 70 steel
manufacturers in the world, the smallest company produces 3.4 million metric tons or
mmt (World Steel Association). Each metric ton is roughly 2200 pounds. This equates to
7.7 billion pounds of steel manufactured in the smallest steel company. Steel Dynamics
manufactured 21.6 million tons or 19.6 million metric tons from 2008 to 2004 (SDI 10-
K) while US Steel and Nucor Steel companies produced 103.4 and 98.3 mmt
respectively over the same five year period (Companies 10-K’s). The size of the smallest
company is a formidable barrier for any new company trying to enter the steel industry.
According to Palepu and Healy, “new entrants will at least initially suffer from a cost
disadvantage in competing with existing firms.” This cost disadvantage will come
whether a company chooses to start out large or it starts small and has to expand.
Established corporations will have a stronghold on the suppliers and customers, and
make it very difficult for any new entrant to try and take portion of the market.
*Total Assets of U.S. Industry (in thousands)
2003 2004 2005 2006 2007
Steel Dynamics 1,448,439 1,733,619 1,757,687 2,247,017 4,519,453
Nucor 4,511,577 6,140,391 7,148,845 7,893,018 9,826,122
USSC 7,897,000 11,064,000 9,822,000 10,586,000 15,632,000
AK Steel 5,025,600 5,452,700 5,487,900 5,517,600 5,167,400
Total Assets
Industry
18,882,616 24,390,710 24,216,432 26,243,635 34,144,975
*Statistics provided by companies 10-K’s
33
First Mover Advantage
A new company must overcome the first mover advantage that the established
steel companies have already placed on the industry. This can range from setting
industry standards to being the first to gain exclusive access to the suppliers needed.
The latter of the two options holds true in the steel industry. Many of the suppliers of
scrap metals have already made agreements with established steel manufacturers and
are less likely to enter into a contract with a new corporation. With suppliers already
having ties with companies, this can be a tough problem for any new business to
overcome.
Another example of a first mover advantage is the ability to gain use and exploit
new technologies. Nucor is a prime example of this situation. They were the first ones
to utilize the mini-mill, a smaller more efficient mill to effectively produce a narrower
range of products. After this was formulated by Nucor, all the other steel companies fell
in line and began to operate the same way, but for the longest time, Nucor had a cost
and production advantage over other firms.
Access to Channels of Distribution and Relationships
Like the first mover advantage, access to channels of distribution and
relationships is an important problem that new entrants to an industry must overcome.
These are agreements that established companies have made with suppliers and
customers that go back for years at a time. These relationships are usually long lasting
and at times can be stronger than any amount of money thrown at a company. This
can be demonstrated by Steel Dynamics and its customer Knapheide Manufacturing, a
utility and truck body manufacturer. According to Peggy Magliari, Knapheide’s director
of materials,” Knapheide has sought to reduce the number of suppliers it deals with,
favoring deeper, long-lasting vendor relationships that bring continuity of supply and
service–and considerable growth potential” (steeldynamics.com). This association is an
example of how having a strong relationship can benefit suppliers as well as buyers for
future profitability.
34
Having the ability to distribute steel where needed is an important quality any
company needs in order to survive. As the demand of steel is shifting towards foreign
suppliers, many US steel manufacturers are starting to feel the effects. The outsourcing
of steel is placing a downward affect on steel prices in the United States which in return
is hurting the nations company’s sales, profit margin and ultimately profitability. With
profitability being a corporation’s definitive goal, this problem of outsourcing steel is a
great disservice to any company trying to enter the market.
Having a strong customer base is very important in this industry. With so much
competition, many of the buyers are already taken by established steel manufacturers.
“Historically, approximately 50 percent of the U.S. Steel’s flat-rolled product sales in the
United States have been based on sales contracts with durations of at least one year”
(US Steel 10-K). This shows that a major steel manufacturer, like U.S. Steel, feels that
long term customers are important to its success. Having a strong buyer base provides
security for both suppliers and purchasers when it comes to purchasing a product.
Legal Barriers
Many new entrants must face financial barriers other than start up costs. These
costs usual deal with legal costs such as patents or licenses to provide the service or
materials they would like to offer. In the steel industry, the legal barriers a new entrant
must face will deal more with environmental regulations. Steel producers in the United
States are subject to numerous federal, state and local laws and regulations relating to
the protection of the environment. These laws continue to evolve and are becoming
increasingly stringent. Environmental laws and regulations, particularly the Clean Air
Act, could result in substantially increased capital, operating and compliance costs (US
Steel 10-K). These regulations are ever changing at international, federal, state and
local levels. This presents large expenses each year to meet the regulations. Any new
entrant would be discouraged by these extra costs.
35
Conclusion
The threat of new entrants is low in the steel industry. This is due to many
factors such as: the economies of scale, first mover advantage, access to channels of
distribution and relationships, and legal barriers. The possibility of a company making it
in this industry is relatively low due to these factors and large start up costs. These
difficulties and complications eventually deter new entrants from trying to enter the
steel industry.
Threat of Substitute Products
The threat of replacing a product with another is a strong fear in every industry.
The steel industry is no different. In many applications, steel competes with other
materials, such as aluminum, cement, composites, glass, plastic and wood. Increased
use of these materials in substitutions for steel products could materially adversely
affect prices and demands for our steel products (Nucor 10-K). This threat of
substitutes is based on relative price and performance of the alternate products, as well
as the customer’s willingness to switch.
Relative Price and Performance
The relative price and performance of a product are important factors when it
comes to deciding on a substitute product. Steel is a product that has many uses but it
can be replaced by other commodities. For instance, in the automobile industry there
are strong enough plastics that can do the same job as steel. A great example of this
threat is also in Nucor’s 10-K which states, “Congress has recently raised the Corporate
Average Fuel Economy (“CAFE”) mileage requirements for new cars and light trucks
produced beginning in 2011. Automobile producers may reduce the steel content of
cars and trucks to achieve the new CAFE fuel economy standards, reducing demand for
steel and resulting in an over-supply in North America.” The change in standards will
call for a substitute as strong as steel but not as heavy which proves to be a tough
problem for steel manufacturers.
36
The economy and its cycles cause many consumers to look at different products
to get the job done. In a slow economy, consumers look to replacements for the sake
of price. Usually plastics are cheaper and are just as effective in certain products. Like
price, performance plays a strong role in substituting a product. If a product cannot
perform the same way steel does then a company will not want to use that in their
merchandise. But if an alternate product is just as effective as and cheaper than steel, a
corporation will be quite a bit more willing to switch products.
Customers Willingness to Switch
Some companies, no matter how good of a replacement, are not willing to switch
away from steel. They either produce a product that is primarily based on steel or there
is not an adequate substitute. At the moment, steel is the leading commodity for
construction, automobiles and construction equipment. These industries require a
strong substance and steel is that option.
Not only does a customer’s willingness to switch involve different products, but it
also entails changing companies. This is where a certain degree of specialization is
important. The ability of a company to differentiate the products and stand out versus
its competitors will enable it to grab a larger portion of the market share and increase
its profitability. For instance, converting straight bars into angles that are needed for
further construction is a great way to set oneself apart from other companies. Also,
taking the extra step and painting the steel before shipping it will only make a
company’s business more profitable. This next step of adding value to the steel after it
has been manufactured will keep customers longer and might even add new ones.
Conclusion
In this tough economy, steel manufacturers must do what they can to separate
themselves from other companies. This will allow then to keep customers and possibly
receive new ones. Whether it is by providing cheaper products or making them
specialized, a steel company has to be ahead of everyone else to keep its business. A
37
customer’s willingness to switch can be swayed, but it takes time and effort to do so.
The threat of switching products is medium compared to other industries. There are
some products where alternate commodities will work but overall the threat of
substitutes is not a large factor.
Bargaining Power of Customers
The bargaining power of customers is important in determining whether the
supplier or the customer has the ability to drive down prices in their business
relationships. It also helps to pinpoint the industry segment a company is in. Bargaining
power for customers can be high, where the customer has the ability to easily switch
suppliers and can control the costs they pay. Bargaining power can be low too for
customers, where they need the business of the suppliers and will meet their cost
demands.
The relationship could also be a “push” between the suppliers and customers
where they are fighting for control over price. We call that a “medium” or “moderate”
level of bargaining power. Bargaining power can dictate the success of both the supplier
and the customer.
Steel is a prominent component of many buildings, cars, factories, railroads, so
steel processors have a wide range of customers as well. Steel companies who focus on
flat-rolled steel supply the following customer types: service centers, pipe and tube
companies, and original equipment manufacturers. SDI’s largest flat-rolled steel
customer is Heidtman Steel Products, Inc, making up almost 10% of its consolidated
net sales (SDI 10-K). Steel firms who produce structural and rail steel parts sell their
products to customers such as, steel service centers, steel fabricators, construction
companies, automobile manufactures, and various other manufacturers. Most all United
States steel companies who sell railroad beams will do business with one of these
railroad purchasers: Burlington Northern/Santa Fe, Union Pacific, Canadian Pacific
Railway, CSX Transportation and others. We will examine six sectors to determine if the
38
steel processors or the customers have bargaining power within the steel and iron
industry.
The Iron and Steel Industry consists of low concentration and thus high
competition. Steel Dynamics and its competitors compete to be cost leaders. One
method of dictating price depends on the bargaining power of customers. The
customers have power in negotiating prices because of the large number of steel
producers in the world. With the economy in a recession the price of steel has naturally
decreased and many of the large steel companies are reporting losses, giving customers
even more tools for negotiation. The negative effect of the economy is shown below
through the Wall Street Journal’s stock prices of steel companies for the last two years.
Another example of the steel industry being negatively affected by the recession is seen
through the following Wall Street Journal statement made on December 3rd 2008 in
regard to steel companies:
“The latest round of job cuts stems from the sudden slowdown in the world economy. Car makers,
equipment manufacturers and construction companies, all big purchasers of steel, have pulled back on
orders. That has caused steelmakers to slam the brakes on output in order to keep prices from falling as
demand is drying up. Prices for steel hovered around $1,100 a metric ton earlier this year but have since
fallen to about $690 a metric ton. Many steel plants aren't able to produce steel at a profit once the price
drops to about $650 a metric ton.” –Robert Guy Matthews
39
All of these downturns are greatly affecting the steel industry and the bargaining
power of customers and suppliers. Typically, the steel industry is a customer’s market.
In a customer’s market the customer can negotiate the prices in their contracts down
with suppliers. However, customers are not the only ones with power in the steel and
iron industries, specifically noted with Steel Dynamics Inc, and their competitors. In the
steel industry there is a push relationship between customers and steel suppliers.
Although there is a global wide base of suppliers, in 2005 steel producers supplied
United States customers with over “30.2 million metric tons of steel”, indicating a large
customer base as well (Global Steel Industry).
The customer base consists of end-user intermediaries, automakers,
construction, packaging manufacturers, railroad industries, and pipeline and rig
companies. Switching costs, differentiation, importance of product for costs and quality,
number of customers, and volume per customer are examined to further determine the
bargaining powers of customers in relation to Steel Dynamics and other steel
manufacturers.
Switching Costs
Switching costs refer to the price of switching suppliers or substitute materials.
In other words, switching costs represent how easy and inexpensive it is for a customer
to switch their business to a different supplier. Switching costs are low because there
are many steel suppliers, many alternatives, and little product differentiation between
suppliers. The more suppliers the more bargaining power a customer has to control
price and “lock-in” a supplier. In 2007 there were 80 steel producers supplying more
than 3.4 million metric tons of steel (World Steel). This illustrates only a portion of the
amount of steel producers. There are over 20 other prominent countries producing
steel, including China, Japan, Italy, and Brazil. “The share of Chinese steel in 2007
reached 36.4% of the world population” (World Steel). The threat of foreign
competition is even more evident with United States Steel Corp’s assessment: “Steel
imports to the United States accounted for an estimated 26 percent of the U.S. steel
market in 2007. Increases in future levels of imported steel could reduce future market
40
prices and demand levels for steel produced in our North American facilities (10K).”
After all that being said, having foreign competition further gives the customers
bargaining power over price. They can easily threaten to move companies or move over
seas.
Switching to an alternative product also has few costs. Alternative commodities
and basic materials that customer’s could substitute out steel for include: iron, pig iron,
concrete, aluminum, plastic, cement, composites, glass or wood (STLD 10-K). Just as
the entrance barriers to the steel industry indicate, steel producers do not compete on
innovation but on price. For example, U.S. Steel encouraged the idea of the steel
industry being a cost leadership industry when they stated that one of their business
strategies was to “improve reliability and cost competitiveness (U.S. Steel 10-K).” All of
these factors contribute to the customers’ power.
On the other hand, even though the costs are few, the time and effort of
switching suppliers does create some collateral for the suppliers. Contracts are typically
made many months or even years in advance, so switching producers would be a
hassle. Steel Dynamics utilizes this information and focuses on their relationships with
customers to create a more balanced relationship.
In conclusion, the customers hold more bargaining power in relation to switching
costs because steel processors compete on cost leadership, there is a mass amount of
steel suppliers, and because there are numerous substitute materials for steel.
Differentiation
Differentiation under bargaining power of customers is the extent to which
suppliers can be different or unique in the customer’s eyes. Here customers also gain
bargaining power from the steel industry’s lack of innovation. Customers control their
suppliers and prices because there is little product differentiation between individual
steel producers. There is little differentiation of steel because there is a limited variety
between products and technologies. AK Steel, US Steel, Nucor Corporation, and Steel
Dynamics ultimately all produce flat rolled and galvanized steel. Since there is little
differentiation of products, a customer can find the most bulk of steel for the most
41
efficient cost. Steel technologies, like the electric arc furnaces, are fairly constant across
the industry, contributing to the lack of differentiation and thus the bargaining strength
of customers. It is very difficult to distinguish yourself as a steel company. Most try to
reduce operating costs or add value in specific areas. Given that differentiation is
generally weak a customer can easily switch suppliers at a low cost.
Importance of Product for Cost
“Historically, the price of steel scrap, as a commodity, has tended to be volatile,
rising and falling with supply and demand (STLD 10-K).” Because steel is a commodity,
the cost of the product is very important. As previously stated, steel producers fight for
cost leadership because customers have the power to switch suppliers easily depending
on their prices. Although there are a variety of steels the quality of steel is pretty
consistent across producers, also explaining why cost is more important. Customers are
looking for the best quality at the lowest price, so there is a trade off between the two
aspects. As quoted in Nucor Corporation’s 10-K “the principal competitive factors are
price and service.” In such a competitive industry the price of the product is extremely
important. Since so much emphasis is placed on the price of the product, the
customer’s have the flexibility of comparing prices and finding the lowest priced
supplier.
Importance of Product for Quality
Quality of steel is important because of the functions it serves, for instance a
steel beam in construction. Steel companies fight for market share mostly based on
price and customer/supplier relationships, but also on quality. The quality of steel is
influenced by the scrap material, the melting methods and the finishing processes. All in
all the quality of steel is difficult to influence so the price of the product has more
influence in steel and iron industries.
42
Number of Customers
The number of customers aspect of analysis is where a push relationship
between customers and a supplier becomes apparent. The steel industry sees that
there is not a shortage of customers when in 2008 “the global consumption exceeded 1
billion tons of steel products (World Steel).” Because steel companies provide to such a
broad group of customers they had some breathing room in negotiating prices before
the current economic condition. For example, “during 2007 [Steel Dynamics] sold their
flat roll products to approximately 200 customers” (STLD 10-K). These 200 customers
included service centers, pipe and tube companies, original equipment manufacturers,
steel fabricators, cold finishers, forgers, OEM manufacturers, other steel mills, ingot
manufacturers, mining companies, off-highway construction equipment, steel producing
mini-mills, copper refineries, secondary smelters and more.
In 2008 however, the recession has put more bargaining power in the hands of
the customers, because demand for steel has fallen. In Nucor’s 10-K, they directly
addressed the issue, stating: “Due to the global liquidity crisis, capital spending and the
related demand for our steel products remains depressed.” U.S. Steel’s flat roll division
sells mainly to automotive, appliance, and construction-related industries and thus
because of the global recession has suffered lower demands.
30%
21%11%
10%
14%14%
Total Tons Sold to Outside Customers in 2008 for Nucor
Corp. Sheet
Bar
Structural
Plate
Raw Materials
Downstream Products
43
Steel suppliers typically diversify their risk of losing customers by selling to many
different industries and by doing so also increase their bargaining power. Nucor’s many
different customers are represented in the pie chart above. U.S. Steels attempt at
diversification is witnessed through them having “no single customer account for more
than 10% of gross revenues (U.S. Steel 10-K).” This ultimately creates more
negotiating power for the steel industry.
Volume per Costumer
The quantity purchased by each customer is important for a company to better
position themselves in an industry. For example, since service centers make up the
largest portion of steel sales then SDI and other steel processors target their production
toward the service center’s uses. Volume per customer is also important in that a
customer who buys in large bulk or makes up the majority of a company’s sales is going
to have a lot more bargaining power then a customer who purchases a small amount of
steel products. In this section we are trying to determine if the customers monopolize
the steel industry’s sales enough to influence their bargaining power over the steel
suppliers.
The volume per costumer is determined in a “negotiated spot sales contract
which establishes the quantity purchased for the month (STLD 10-K).” Listed below is
Steel Dynamics break down of their Flat Roll Division’s costumers:
Customers: 2006 2007
Service Center (including end-user intermediaries) 82% 80%
Pipe and Tube 4% 6%
Original equipment manufacturer 14% 14%
Total: 100% 100%
The push relationship between customers and steel producers is apparent in the volume
per customer as well. Steel firms attempt to diversify through the number of customers
they sell to and the amount they sell. Customers do not have much bargaining power in
44
this aspect because the volume bought per customer only totals a small portion of the
producer’s overall net sales. AK Steel and U.S. Steel have additional bargaining power
because they sell domestically and internationally. This allows them to find customers
anywhere, taking away part of the customer’s ability to negotiate steel prices. The
percent of AK Steel’s customers internationally and in the United States are represented
in the following table.
Geographic Areas 2008 2007
Net Sales % Net
Sales % United States 6376.4 83 6077.9 87 Foreign Countries 1267.9 17 925.1 13
Total 7644.3 100 7003 100 The table shows that of AK Steel’s sales 17% (an increase of 4%) were sold to foreign
countries. On the other hand with the market down and steel stock prices down, the
demand for steel has decreased and the price increased (Wall Street Journal).
Conclusion
The bargaining power of customers is stronger because of their low switching
cost, similarities of steel quality, importance to price and cost leadership and the state
of the current global economy. This strength influences ore and steel prices to
decrease, which they have been since July 2008. The bargaining power of the
customers is weak in the areas of the number of customers and the volume per
customer. Bargaining power is determined by one’s negotiating abilities to affect prices.
Thus the steel prices can be raised by the suppliers here. These factors lead us to
conclude the costumer has a medium bargaining power.
Bargaining Power of Suppliers
The bargaining power of suppliers shows who “wears the pants” in a supplier’s
relationships with their customers in reference to price. Again, bargaining power can
either be high, low or moderate. The extent to which either the supplier or customer
can control prices and how is determined through the six sectors that we look at to help
45
analyze an industry. Depending on who has the power we can further categorize an
industry. We will use bargaining power of suppliers as a tool to discover who has
control of prices in the steel industry.
The bargaining power of suppliers is the extent to which a supplier can dictate
costs. The suppliers provide the steel producers with steel scrap and scrap substitutes.
These include ferrous, nonferrous, processed and unprocessed scrap metals. Other
inputs into a steel factory are electricity and gas. Steel Dynamics, AK Steel, U.S. Steel,
and Nucor purchase their raw materials to produce the steel from scrap and scrap-
substitutes suppliers. In short, the suppliers are steel scrap or substitute factories. The
price of scrap depends mainly on the quantity demanded in the market. Currently, the
market and economy are suffering. The economy has really taken a toll on the steel
companies, Nucor Corporation, for example, reported a 71% drop in earnings, and the
decreased demand is affecting customers, firms and suppliers (U.S. Steel Warns-WSJ).
Also, On January 30th, 2009 the Wall Street Journal reported 2008’s 4th quarter earnings
for many industries, including the Iron and Steel Industry. The steel industry reported a
net loss of $89.846 billion, (Industry-to-Industry). With demand low the suppliers have
more power to charge a higher price. The iron ore prices (c/dmtu) went from $80.47 in
2007 to $140.6 in 2008 (Steel on the Net). This follows the Law of Demand, as demand
decreases, prices are inversely affected and will rise. Since the Steel firms are now
paying more for their raw materials and inputs from their scrap suppliers, then earnings
will continue to decrease.
Normally suppliers have the most bargaining power in highly competitive
industries, however, with the recession the scrap suppliers are suffering as well as the
producers. If the suppliers are suffering then the steel industry gains the ability to
negotiate prices. Furthermore suppliers fear the threat of forward integration, which
does exist with Steel Dynamics, AK Steel and several others. To evaluate the bargaining
power of suppliers further we will examine their switching costs, differentiation,
importance of product for costs and quality, number of suppliers and volume per
supplier.
46
Switching Costs
The cost for a supplier to switch customers (steel producers) is high. Even
though there are fewer suppliers than customers, the customers purchase in large bulks
and generally have lasting contracts with the suppliers. This gives the power to the
customers to choose what price they will pay. This also strengthens supplier-buyer
relationships, which additionally increases the power of the customer. The suppliers do
have some negotiating power in small customized market segments. In the steel
industry the “least costly method of making steel uses scrap metal as its base;” so steel
scrap suppliers have more power than other scrap substitute suppliers, like iron (STLD
10-K). Having a demanded commodity gives the steel scrap suppliers the most power,
which is still limited. The suppliers also have bargaining power because there are not
many alternative raw materials for steel manufacturers to use. Nucor commented on
the lack of substitutes, stating “if our suppliers increase the prices of our critical raw
materials, we may not have alternative sources of supply (Nucor 10-K).” Overall, for
switching costs the suppliers have the bargaining power.
Differentiation
Steel scrap is steel scrap. It is a major input that is just melted down and then
molded. It is difficult for suppliers to differentiate themselves through quality or
customization so instead they focus on price and contracts with customers. If there is
little differentiation between suppliers then buyers have control over prices. The prices
reached a high of $865 per ton in 2008, indicating the suppliers’ power (SDI 10-K).
Another way buyers are differentiating themselves is forward integration and
acquisitions of suppliers. U.S. Steel for example acquired 50% of ApoloTubulars, a
Brazilian supplier of welded casing, tubing, and line pipes (USSC 10-K). Another
example of steel firms gaining control of suppliers through acquisitions is when Steel
Dynamics bought OmniSource, one of North America’s largest scrap recycling
companies, who in 2007 “supplied [Steel Dynamics’] steel mills with 15% of their
ferrous raw material requirements (STLD 10-K).” Forward integration threatens the
47
power of suppliers and grants the buyers more bargaining power. A supplier can
however, differentiate themselves through geographic location. Suppliers try to be near
their customers so shipping costs are cheaper. Good geographic location allow suppliers
to form better relationships with buyers in the area, thus giving the suppliers more
power to charge a higher price.
Importance of product for cost
The cost of the product is extremely important. The customer’s goal is to get the
greatest amount of steel at the lowest price. If the price is too high the customers have
the power to switch suppliers. The ore prices are determined by the composition of the
scraps, the quality, size, weight and location of the materials. Customers of recycling
companies are looking for these listed factors at an affordable price. This does give
some power to suppliers, but unfortunately the quality, size and weight of materials are
relatively the same between suppliers. Cost does have a greater importance when
purchasing specialty goods, allowing the supplier some bargaining powers.
Importance of product for quality
Customers are looking for a certain amount of quality in their steel scraps. The
value and price of the supplier’s product is “determined by specific needs and
requirements of the consumer (AKS 10-K).” This is representative of the customers,
such as steel processors, having more influence in their contracts than suppliers. The
customers set the requirements of a contract and the suppliers strive to meet the
agreement. The quality of the scraps for most steel companies is not nearly as
important as price, which explains why most companies use scrap metal as its base.
Customers focus on cost efficiency and not so much the quality on the inputted scraps.
It is the final product that has more emphasis on quality.
Number of Suppliers
There are more customers than suppliers. They form contracts illustrating the
customers are able to drive down price because of the number of suppliers they buy
48
from. In these contracts some steel firms will not “purchase a material amount of scrap
metal from a single source” in order to protect their assets (STLD 10K). They do buy in
bulk but from multiple suppliers so as to eliminate unsystematic risks. Since competition
is so high, often firms in the industry spread out their purchases similarly. Not
purchasing a material amount from one supplier emphasizes the bargaining power of
the buyers. Inputs into steel facilities besides scrap include electricity and gas. Nucor
speaks for the entire industry when they said “steel mills are also large consumers of
electricity and natural gas (Nucor 10-K)”. Many contracts are formed with utilities
companies for a discounted price. Even in these relationships the buyers have power
over price because they require such a large amount of electricity and gas that the
supplier corporate health is affected by their partnerships. It is common in the steel
industry to enter into fixed supply agreements with electricity companies.
Volume per Suppliers
“No single scrap metals recycler has a significant market share in the domestic
market (STLD 10-K).” This indicates the competitiveness of the suppliers. Suppliers
want to sell in economies of scale and at great volumes to increase revenue and their
bargaining power. Due to forward integration, suppliers continue to lose power and the
volume they supply is decreasing. This is witnessed through SDI’s acquisition of Iron
Dynamics, who “during 2007 supplied 252,000 tons of direct reduced iron” to SDI. It is
also witnessed through Nucor’s raw material strategy of upstream goal to controlling
approximately 6,000,000 to 7,000,000 tons per year of high quality scrap substitutes for
consumption by the steel mills” (Nucor 10-K). Customers are creating their own
methods of getting raw materials and need to import less and less from scrap suppliers.
This places the bargaining power further into the hands of the customer.
49
Conclusion
After analyzing the bargaining power of suppliers we conclude that the steel
industry has a medium level of power. The moderate level is because of the “push”
relationship between the suppliers and the steel processors. They are continuously
fighting for control over price. Especially with the economy hurting the steel industry
the power has more recently moved towards the suppliers.
Analysis of Industry Value Creation and Key Success Factors
Classifying an industry and identifying key success factors is crucial in order to
understand how firms create value and use competitive strategies to gain critical
advantages. There are two basic competitive strategies that firms focus on in an
attempt to form competitive advantages. The first strategy, cost leadership, focuses on
supplying the same basic product as its competitors at a lower cost. Often, firms try to
lower input costs while finding ways to decrease the cost of distribution, both in and
out. Also, limiting the amount of investment into research and development, realizing
economies of scale, and instituting tight cost control systems are forms of cost
leadership. Differentiation, the second strategy, focuses primarily on “providing a
product that is distinct in some important respect valued by the customer” (Palepu and
Healy 2-9). In order to do this, the industry must have some type of qualitative
characteristic that customers can use to distinguish between the products of multiple
suppliers. Firms that use this strategy often attempt to provide superior product quality
and variety. They also focus on better customer service and make investments in
brand image as well as research and development. When a firm chooses to focus on
one of these routes, they enable themselves to possibly gain a higher profitability in
their industry.
50
Classification
The Five Forces model provides a method to determine an industry classification.
Using the information discussed in the previous sections, we can infer the following.
Steel manufacturers face a high degree of uncertainty in their industry, which translates
to a significant amount of risk involved with decision-making. Differentiation is a
difficult strategy for steel producers to rely on because steel is a highly competitive,
commodity industry. Commodities are things that are not easy to differentiate along
lines of quality. With little threat of substitute products in key customer industries, such
as the appliance or automobile industry, steel manufacturers can operate at virtually full
capacity. For most of the primary customers, a certain gauge of rolled steel is basically
the same wherever it is purchased. Therefore, the steel industry can be classified as
primarily geared towards effective use of the cost leadership strategy. However, the
selection of one of the two strategies does not always lead to a sustainable competitive
advantage. For this reason, we will explore how the steel industry adds value by
primarily using cost leadership and a minimal amount of differentiation tactics.
Cost Leadership
The primary source of raw materials for the steel industry is ferrous scrap
material. The sources of scrap are extremely varied, ranging from scrap derived from
in-house operations to obsolete automobiles, appliances and even railroad materials.
Therefore, the suppliers of such materials add basically no value to the chain. It is up
to the producers of steel products to transform these raw materials into products that
intermediate and end users desire. In order to add value using a cost leadership
strategy, firms in the industry must focus on a laundry list of tactics, and by doing so
can ultimately add significant value to the entire chain. The following subsections will
explain in detail the meaning, significance, and proper use of said laundry list.
51
Economies of scale
In an industry such as steel, it is no great mystery that size matters. For
example, in the past two years US Steel has acquired numerous facilities, including
numerous sites previously owned by Lone Star Technologies Inc., and Stelco Inc., and
they have done so for a very specific reason. Just as Steel Dynamics acquired
Omnisource, US Steel is attempting to increase the size of their infrastructure. Cost
leadership focused industries are constantly looking for ways to increase their firms’
size. Economies of scale are defined as “the cost advantages that a business obtains
due to expansion” (Wikipedia.org). Therefore, by acquiring other segments of industry,
steel producers can gain a critical advantage over firms that are simply “making do”.
The ultimate production of a steel firm must be a function of its size. Thus, when a
firm in the industry can use economies of scale to their benefit, they can generally
expect to see increases in profitability. Nucor Corp. attributed their success of being
“North America’s most diversified producer of steel and steel products” (Nucor 10-K)
almost directly to their recent acquisitions. The evidence is undeniable in the steel
industry; by using economies of scale as a part of a cost leadership strategy, any one
firm can dramatically increase their profitability.
Efficient Production
For a firm to add value to the supply chain, they must be able to take something
of little worth and transform it into something else that has great worth or usefulness.
In very simple terms, the steel industry takes materials that would serve no purpose
other than land-fill, grinds them up, melts them down, and uses the molten metal to
create value adding products for numerous industries. Whether the firms are producing
high or low gauges of hot or cold rolled steel or specialty products that involve more
complicated steps, production processes must be efficient in order to possibly gain a
competitive advantage.
52
Efficient production in the steel industry focuses on eliminating waste and
reducing scrap. Granted, the scrap can possibly be recycled and used again, but this
ignores the concept of getting the most out of your labor. Firms in the steel industry
want to be as efficient as possible because of the high energy costs associated with
their production processes. Because domestic steel producers face stringent
regulations regarding environmental concerns, firms in the industry typically invest in
projects the will improve efficiency while eliminating legal concerns. For example, AK
Steel spent one million dollars in 2008 rebuilding one of their “clarifying cooling towers”
(AK Steel 10 K). This investment allows one of the main ingredients, carbon, to be
used more efficiently which can dramatically increase financial results and ultimately
creates value in the long run. US Steel also creates value by using “recoverable” tons
(meaning that they obtain materials internally) to increase iron ore production by nearly
one million tons from 2007 to 2008. This method of increasing efficiency plays a large
role in the future profitability of steel firms.
Also, the steel making process produces numerous spillover costs to the
environment and even the employees themselves. Dangerous work environments and
toxic pollutants are of great concern among all firms in the industry. For this reason,
strict standards and procedures are enforced throughout operations and any other
business activities. For example, by making significant improvements in safety, US
Steel has reported a 62% improvement from 2003 to 2007 in terms of injuries per three
hundred thousand man hours worked.
Another instance where firms in the industry are creating value and keeping
costs low is “in-house” operations with regards to specialty items. Steel Dynamics
exemplifies this very well with their on-site paint line. This segment of their business
“receives material directly from [their] other processing lines and is capable of painting”
(SDI 10-K) hot and cold rolled galvanized coils as well as regular cold rolled coils. Steel
Dynamics Inc. considers itself to be the only mill in North America that can offer such
services on-site and they use it to “realize substantial savings” (SDI 10-K) in a variety of
costs.
53
The steel industry attempts to monitor and allocate resources in order to
maximize profit potential and increase the amount of value added into the supply chain.
Firms watch the job sheets in the facilities very closely to ensure employee accuracy.
Monitoring the amount of overhead is also very important to the steel industry. By
keeping a constant eye on operations in all mini-mills, from the arc furnaces to the
incoming scrap yard, firms in the steel industry successfully use cost control devices as
part of a cost leadership strategy.
Therefore, with the combined forces of using high tech production components,
minimizing waste, reducing scrap, and getting the most out of their labor forces
through the use of safety regulations, firms in the steel industry demonstrate how
efficient production as a cost leadership tactic can lead to a competitive advantage.
Simpler Product Designs
For the most part, steel producers in the United States focus on providing basic
need items for various customers. US Steel states that it is their focus to provide value-
added steel products. Since rolled steel sheets and beams are basically the same
anywhere you choose to purchase them, there is little that the firms can do to increase
their profitability in terms of product differentiation. Even though Nucor prides itself on
producing to customers orders, with regards to specifications, the very same tactics are
being used across the industry. One example of a firm in the steel industry branching
out from the typical simple product designs is AK Steel’s move towards meeting new
found product demand. Despite typical industry norms, AK Steel is expanding its
product design to meet demands for “high-end, energy efficient grain-oriented electrical
steels” (AK Steel 10 K). However, it is only a matter of time until all domestic firms in
the industry follow suit.
Therefore, using the cost leadership strategy of using simple product designs,
the steel industry gains a significant competitive advantage over industries attempting
to “build a better mousetrap”. It makes little to no sense for a steel firm to try to
54
compete on any other ground than cost control. With that said, we will move on to the
next item on the list, which is lowering input costs.
Lower Input Costs
Historically, the prices and availability of the two main inputs in the steel industry
have been relatively solid. However, in the past few years, the cost of energy and raw
materials has been volatile. Therefore, it is clear that in order to be a cost leader in the
industry, firms must find ways to cope with the changing situations. With regards to
energy costs, this can be easily remedied by signing a “fixed price interruptible
electricity supply agreement” (SDI 10-K). When such a contract is signed, price levels
will decrease, however the supplier of electricity will gain the ability to interrupt the
service in the event of some unforeseen emergency “or in response to various market
conditions”. This type of agreement might allow firms to realize lower costs in terms of
electricity. Another large portion of energy costs that steel firms encounter is natural
gas. Nucor has been able to cut costs on gas by entering into long term contracts. In
order to minimize price volatility in this market, some firms have attempted “entering
into hedging transactions on the futures markets” (SDI 10-K), which in basic terms
means they are investing money in firms that provide the energy, hoping to increase
stability down the road. According to multiple Form 10Ks, firms are paying for energy
at current market prices. With that said, it seems to be perfectly clear that firms in the
steel industry have trouble controlling these types of costs. Therefore, it is nearly
impossible for these firms to lower energy costs while increasing the amount of added
value.
The availability of raw materials and their related prices is a great concern for all
steel manufactures. For instance, AK Steel’s operating costs in 2008, nearly $780
million, were primarily due to increasing raw material costs. Despite the fact that the
amount of input varies per ton of steel depending on numerous factors, that amount is
still relatively gigantic. Scrap prices are well known for their unpredictability. Since steel
producers require enormous amounts of raw materials, the only was to cut costs is find
55
a way to be your own source of materials. However, this tactic will never be viable all
by itself. Steel producers have been able to lower their input costs by acquiring other
scrap processing firms, but they still rely heavily on outside suppliers. Firms in the
industry have also tried to control costs of raw materials, but the end result in all cases
appears to be that this source of adding value is very difficult to perfect.
Low-cost Distribution
Firms in the steel industry have positioned themselves in such a way that
shipping to customers is at maximum efficiency. By increasing the number of mini-mill
locations, and by setting up shop typically along major access points for various forms
of transportation, firms in the steel industry have maximized cost control to the best of
their ability. To gain a better understanding of exactly how many locations steel firms
might have, we can list the states in which Nucor Corp. has operations: Arkansas, South
Carolina, Indiana, Alabama, Texas, Utah, North Carolina, Washington, Illinois,
Connecticut, Mississippi, New York, Ohio, and Nebraska. Nucor has steel mills in all of
these states, which can dramatically reduce shipping costs because of the large web of
locations. AK Steel only has facilities in Ohio, Indiana, Kentucky, and Pennsylvania.
Having fewer locations to ship from reduces their ability to keep distribution costs low,
and may negatively affect their cost leadership strategy.
Freight charges will vary for different modes of transport, and the ever-
unpredictable oil industry has gas prices constantly fluctuating. With situations as
volatile as they are, the only real way for firms in the industry to add significant value is
to set a flat rate for their customers. The industry uses trucks and railways to get their
products where they need to be, and for the most part, the shipments are delivered
promptly. By expecting variations in transport costs and adjusting business activities to
deal with such variances, steel producers maintain a tight control on distribution costs.
Also, having access to vital waterways such as the Ohio River has provided numerous
firms with a competitive advantage. Therefore, strategic geography plays a large role
in firms’ desire to be a cost leader using low-cost distribution.
56
Research and Development
There are two basic types of research and development. The first type results in
new product lines. This form of R&D makes very little sense to the steel industry.
Therefore, adding value in the industry revolves around researching and developing
new methods for reducing steps in processes. This form of industrial engineering is very
common for steel producers, as they are constantly looking for new ways to improve
their operating activities. These firms might also invest in finding alternative iron-
making technologies. Most of this research is done “in-house”, and it comprises very
little on net spending. In fact, US Steel employs only 115 individuals in their research
division, which is roughly 0.2% of total employees. However, when a break through
does occur, the firms can pass along savings to their customers thereby increasing the
amount of value added.
Brand Advertising
Advertising is a selling expense for basically all firms across the country. Since
the steel industry focuses on cost control as a main source of achieving competitive
advantages, it does not typically spend a great deal on brand image or advertising.
Commodity items such as steel products are hard to differentiate simply by placing ads
in publicly distributed releases. For this reason, more personal selling is used by firms
than advertising. By giving customers personal attention, rather than hoping to reach
all customers across the nation, firms can possibly gain an advantage over another.
Therefore, it is obvious that using cost leadership as a business strategy implies very
little use of brand advertising.
Differentiation
The strategy of differentiation is not totally irrelevant for the steel industry;
however its use is very limited. The two basic ways firms attempt to differentiate are
by providing product variety and flexible delivery. With numerous mills and facilities
located across the nation, Nucor and the others offer customers fast delivery at a basic
57
market price. Also, the firms in the industry do not simply make one type of steel. For
instance, US Steel provides products for the appliance, automotive, and construction
industries. By allowing themselves to sell to numerous customers, they are able to
increase their profit potential and perhaps realize significant gains. Therefore, while the
industry mainly focuses on a tight cost control system, there is evidence that
differentiation strategies are being used.
Conclusion
When analyzing an industry, it is crucial to identify the critical success factors in
that industry. The two basic competitive strategies, cost leadership and differentiation,
are sources of advantage. We classified the steel industry as a picture perfect example
of who would use cost leadership. Firms can offer a basic scope of steel products in a
low concentrated industry and compete with each other for customers. Using tactics
like realizing economies of scale, use of efficient production methods, little investment
in research and development or branding, simplifying product designs, and attempting
to lower input costs, firms will surely be effective users of cost leadership. We will now
look deeper into Steel Dynamics Incorporated, and evaluate their competitive
advantages
Firm Competitive Advantage Analysis
While there are more than a few ways to characterize firm’s strategic business
activities, there are two commonly referred to competitive strategies that allow for easy
comparison and evaluation. The two strategies are generally accepted as mutually
exclusive, meaning that a firm traditionally chooses a path of cost leadership or of
differentiation. In the highly competitive commodity market that steel represents, it is
very common for a firm to focus on cost control. Steel Dynamics attempts to lead the
way in cost control as well as offer their customers a variety of quality products for
various uses. Core competencies for the firm include state-of-the-art low cost facilities,
an experienced management team, a unique corporate culture, a diversified product
mix, and strategically located shipping and manufacturing facilities. We will elaborate
58
on how Steel Dynamics utilizes these competitive strengths to gain an advantage in all
aspects of their business.
Economies of Scale
As one of the largest steel producers and scrap processors in the United States,
Steel Dynamics definitely has size on their side. According to their 10K, the firm
estimates an annual steelmaking capability of approximately 5.3 million tons and an
estimated scrap processing capacity of 6.0 million tons for ferrous and 800 million
pounds of nonferrous metallics. With such enormous numbers in terms of capacity,
cost control must stem from the very foundation of the business. Steel Dynamics
attributes their low operating costs “primarily to efficient plant design, high productivity
rate, low ongoing maintenance cost requirements and strategic locations near sources
of [their] primary raw material, scrap steel, and [their] customers” (SDI 10-K). Steel
Dynamics also believes itself to be one of the lowest cost producers in the United States
due to their “state-of-the-art facilities”. Using high efficiency electric arc furnaces, they
have reported one of the lowest operating costs per ton.
The ability to produce cannot stand alone. It must be accompanied by the
knowledge and skills that are necessary to complete every day activities. The
“productivity rate of approximately 0.3 man hours per hot band ton produced” (SDI 10-
K) at their Flat Roll Division demonstrates precisely how efficient their facilities must be.
The less labor cost they incur relative to production dramatically increases gains and
allows for more expenditure on employee training and improvement. In summation,
Steel Dynamics attempts to use their low cost facilities to earn above-average profits
and force competitors to either charge less, thus gaining less, or simply exit the
industry all together.
59
Experience
Steel Dynamics values experience and considers employee improvement one of
their main goals. They also have a senior management staff with a “proven track
record in the steel industry” (SDI 10-K). Forward thinking by top management in terms
of acquiring various mini-mills and other such facilities has led the firm to expansion in
total return for the past six years, excluding a small dip in 2005. The firm’s mission
statement clearly demonstrates the level of maturity and overall experience that the
managers at Steel Dynamics possess. It is there goal to “meet or exceed customer
expectations with regard to quality, service, and price; to be a world-class supplier by
continually improving their processes, equipment, and systems; to provide a safe
working environment for all employees; and to continue to enhance the skills of
employees through ongoing training and education”(SteelDynamics.com). Having such
a talented group of individuals at the helm allows Steel Dynamics to make critical
business decisions that improve the quality not only for the external users but also the
stakeholders of the firm.
Culture
A corporation’s culture refers to the set of assumptions about the organization
those members of the company share. It provides a type of framework that can direct
and organize people’s behaviors while on the job. A culture must be strong in order for
it to have an impact on the way people think and act. However, it is critical that the
strong culture encourage appropriate behaviors. Steel dynamics considers their culture
unique in contrast to others in the steel industry. They “emphasize decentralized
decision making” (SDI 10-K), which empowers employees and ultimately adds to their
competitive advantage. They have also established numerous incentive programs
designed to reward teams for their effort “towards enhancing productivity, improving
profitability, and controlling costs” (SDI 10-K). Steel Dynamics uses a culture that is
closely aligned with the competitive environment of their industry, and they continue to
60
adapt to the constantly changing global economy, thus adding to their list of core
competencies.
Product Variety
Steel Dynamics offers a wide variety of products. Their “current products on a
company-wide basis include hot rolled, cold rolled, galvanized, Galvalume® and painted
sheet steel; various structural steel beams and rails; special bar quality steel; various
merchant steel products, including beams, angles, flats and channel; and steel joists
and deck materials” (SDI 10-K). This competitive strength is not to be confused with
the competitive strategy of diversification. Steel Dynamics’ focus is on cost control,
therefore they attempt to produce and distribute this wide variety of quality products at
the lowest possible cost. Having a “diversified mix of products enables [them] to
access a broader range of end-user markets, serve a broader customer base” (SDI 10-
K), and cope with downturns in the markets for their products. During 2007, the firm
extended their diversification by acquiring Omnisource, increasing their scrap
processing and management, transportation, and brokerage services. Therefore, it is
apparent that while focusing on low cost, Steel Dynamics has also been able to
maintain a condition for constant improvement and diversification across numerous
business activities.
Distribution
As in any industry that must produce and subsequently ship what they have
produced, strategic geographic locations can be a significant source of competitive
advantage. Steel Dynamics has steel making facilities located near sources of raw
materials as well as near their customers. Close proximity to such factors allow the firm
to save on freight for inbound and outbound products. Their mills in Indiana, located
along the Ohio River, “provides [them] with an expanded geographic reach to Southern
markets” (SDI 10-K). Having facilities located in multiple states across the Midwest and
South Atlantic allow for a large scope of potential profitability. Therefore, it is clear that
61
strategically locating their facilities plays a significant role in the success of Steel
Dynamics.
Conclusion
A cost leadership strategy focuses on providing basically the same product or
service at a lower cost. In order to do this, the firm must design and implement tight
control systems. Efficient production and facilities, low-cost distribution, and effective
managerial tactics are just a few of the competitive advantages Steel Dynamics
capitalizes on in their industry. These economic assets that the firm possesses are
critical to success and sustaining them is a long term goal. Steel Dynamics continues to
make efforts to improving the current and obtaining new competencies, and doing so is
in any firm’s best interest. By focusing on the value adding activities of their business,
Steel Dynamics as a whole has done a fine job of demonstrating how a firm should go
about the entire competitive strategy process. The firm has “matched their core
competencies with their value driving key success factors” (Palepu and Healy), and has
ultimately proven the sustainability of their competitive advantages.
Formal Accounting Analysis:
Financial statements are prepared for every corporation. They use statements to
tell a story of what the firm is involved in. The problem with the accounting numbers
that are used to create these statements is that they are potentially distorted by the
level of man-made estimate errors and manipulations. For this reason, companies are
required to conform to Generally Accepted Accounting Principles (GAAP) in order to
ensure that managers are using standardized and regulated methods of estimation.
The Financial Accounting Standards Board (FASB) establishes these regulations and the
Security Exchange Commission (SEC) has the legal authority to enforce them. Post
Sarbanes-Oxley, all parties including the executives are responsible for the accounting
choices of the firm. In accordance with external auditing rules, companies must have
their financials audited by some third party. These auditors provide their opinions on
62
whether a firm has generally complied with GAAP. By doing so, the quality and
credibility of financial statement data can be ensured, however auditors are not always
able to catch fraud.
There are some limitations to GAAP that enable managers to gain flexibility in the
reporting of certain items. Management can use the requirement of “best practice”
accounting to its benefit and can potentially provide misleading financial information.
Many incentives push managers to distort reality using legal GAAP methods in order to
obtain desired objectives. For example, a firm may lower its income temporarily in
order to keep unions from using profits as a basis for wage increase demands.
Companies may also be inclined to limit segment disclosure in order to keep
competitors from using the information to improve their business decisions. Other
reasons for distortion include tax considerations and covenant violation avoidance. The
legality of these actions presents a major flaw in GAAP, and is perhaps why there has
been a steady move towards International GAAP.
Accounting analysis uses six formal steps to identify and evaluate the key
accounting policies chosen by a firm. The process leads to eventual “undoing” of any
distortions that were found material, and allows for an improved picture of what the
firm is doing financially. The steps in performing a proper accounting analysis are as
follows:
1. Identify key accounting policies. 2. Assess the degree of actual accounting flexibility in policy selection and
estimation. 3. Evaluate the accounting strategy related to the norms in the industry. 4. Evaluate the quality of disclosure methods using qualitative and quantitative
data. 5. Identify potential “Red Flags” that signal questionable accounting. 6. If the analysis points to misleading information, “Undo” or “restate the reported
numbers to reduce the distortion to the extent possible” (Palepu and Healy).
63
When these steps are carefully followed, an analyst should be able to gain a better
understanding of what a firm’s financial position really looks like, rather than observing
potentially misleading accounting numbers. We will now define and discuss the key
accounting policies related to the previously mentioned key success factors.
Key Accounting Policies
Firms accounting choices and policies have an enormous effect on the credibility
and reliability of the information they provide for analysts and interested investors.
There are two basic types of key accounting policies to be concerned with. The first
type links directly to the key success factors previously mentioned. For instance, we
identified Steel Dynamics and its industry competitors as typically cost leadership
focused firms. When such a business strategy is utilized, one would expect to see a
variety of common business activities. Firms attempt to gain economies of scale,
efficient production, simple product designs, and low cost distribution to gain
competitive advantages. These firms also expend minimal amounts of resources in
research and development as well as brand image. These mentioned are the business
activities that we find important for the steel industry, and they link directly to the key
accounting policies we will soon elaborate on.
Type One Key Accounting Policies:
As stated, the first type of key accounting policies that are significant in their
relation to a valuation are those that directly link to the identified key success factors of
a firm. The steel industry faces many challenges when trying to sustain their
competitive advantages. This is due to the commodity type product that is produced
and sold. Steel makers, especially those that mainly produce standard issue flat rolled
steel, must carefully consider their treatment of key success factors. Disclosure related
to such items is important for an analyst to examine because it allows for a better
perspective on the industry as a whole. Using an absolute and relative basis, we will
define type one key accounting policies, discuss their flexibility, and analyze the level of
disclosure related to each.
64
Economies of Scale
Size matters in the world of steel manufacturing. In such case, acquisitions are
made on a regular basis to enhance firms’ infrastructure. Steel firms purchase a variety
of asset from other firms, including whole plants or individual components such as an
electric arc furnace. Defined previously as the cost advantages a firm gains when
increasing their size, economies of scale allow for increased competitiveness and leads
to increasing efficiency. Firms are almost guaranteed to include information regarding
acquisitions in their annual reports. These transactions could be extremely expensive
and therefore require accurate accounting treatment.
GAAP does not require that a firm provide information regarding the acquisition
on intangibles such as customer relationships. However, Steel Dynamics has included
such a figure in their notes to the financial statements and they assign a large weight to
the asset itself. They have also set up amortization using a straight line method,
therefore including it in selling and administrative expenses. US Steel does the same
when it comes to purchased assets, as would Nucor and AK Steel if they were
presented with material figures like Steel Dynamics. It would make little sense for a
large corporation to leave off, for example, $353 million dollars in intangible assets.
Therefore, it can be said with reasonable certainty that firms have a good amount of
flexibility when reporting their acquisitions. However, it is more than expected for a firm
in the steel industry to heavily outline the details regarding their purchases and
exchanges. This is primarily due to the face that leaving such information out of the
annual reports would skew the reported figures to an overwhelming extent. With that
said we will now analyze the quality of disclosure and provide a conclusion as to what
the significance is of our findings.
Efficient Production
In order for a firm in the steel industry to create value in the chain, it must
attempt to achieve a reliable and efficient set of production processes. Production
process disclosure is not as easy to obtain as economies of scale, however using
65
intuition about the industry we can come to a reasonable conclusion about the key
accounting policy of efficient production. Steel firms primarily focus on eliminating
waste and reducing scrap. High energy and transactions costs also relate to firms
efficiency in production. By keeping a constant watch on the expenditures related to
producing the steel, these firms are able to create a significant accounting policy out of
one of their key success factors.
There is a very low level of disclosure for firms with regards to how they present
information about their production processes. They basically provide a stereotypical
description of production techniques in their annual reports, and nothing more. Firms
are not going to disclose information that could lead to their competitors using it
against them. If Nucor were to provide a step by step set of instructions explaining
how they have achieved the lowest amount of selling, general and administrative
expenses relative to their very high level of sales, it would most likely lead to other
firms attempting to duplicate such processes. For this reason, managers in the steel
industry use their flexibility in the disclosure of this account policy to prevent other
firms from “stealing” ideas.
Low Input Costs
The steel industry relies heavily on its ability to locate and utilize the most cost
effective raw materials. With steel scrap prices being volatile, monitoring the
expenditures for such items can become a job in itself. What is more, steel firms face
changing energy costs on a regular basis. Therefore, the two main inputs for the steel
making process, raw materials and energy, make up another type one key accounting
policy that we will call low input costs. Firms will either heavily disclose the sources of
their materials and their energy contracts, or they will only slightly disclose. Very
seldom will an analyst find zero disclosure related to input costs in a firm’s annual
reports. US Steel includes information as to how lowering input costs can drive up
margins and ultimately increase profitability. Nucor even holds exclusive rights to “Strip
casting” in the United States and Brazil. This advantage allows for lower energy
consumption, and ultimately lower input costs.
66
We can observe the relative disclosures among firms in the industry as they
relate to the actual accounting strategy. Nucor, AK Steel, US Steel and Steel Dynamics
all provide information regarding raw materials costs and energy costs. The
determining factor as to quality of disclosure is rather simple to understand. Firms are
not forced to show their hedged energy contracts, for example. By choosing to do so,
they increase the value to the users of the annual reports. All steel firms that were
researched included pages of information outlining their sources of steel scrap and
scrap substitute. Therefore, it can be concluded that steel firms choose to disclose
input costs to a high degree.
Low-Cost Distribution
There is no doubt that keeping distribution costs low is a significant factor for
steel firms. Logically, this is defended by the fact that one unit of rolled steel can weigh
more than a ton. Therefore, shipping costs can comprise a very large expenditure.
Low-cost distribution is therefore a type one key accounting policy, linking directly to
the key success factor similarly named. Steel firms have positioned their facilities in
such ways as to create a “web” of distribution points. They discuss their locations in
their annual reports which provide us with a sense of how they are disclosing relevant
distribution information. Our main discussion will encompass whether or not Steel
Dynamics and its competitors provide high or low quality disclosure and what level of
transparency is related to the disclosure.
Steel firms can choose how much in to include with regard to their distributing
expenditures. All firms list locations of mini-mills and other production facilities. They
also list the cities and states that each facility is located in and any main distribution
center nearby like the Ohio River. By locating near such a river, firms like Nucor and AK
Steel have increased their ability to distribute and sustain competitive advantages.
Finally, we can conclusively say all four steel firms have high disclosure and they use it
to better their financial information.
67
Type Two Key Accounting Policies:
The second type of key accounting policies are relative to the key success factors
in that they provide a glimpse of potentially distortive, discretionary uses of legal GAAP
provisions. These policies involve judgment and are therefore open to “noise” and
“bias” that can create deviations from the truth. It is for this reason that we will define,
discuss, and analyze the most significant key accounting policies, and following the
steps of a formal accounting analysis, we will be able to undo any distortions that make
themselves apparent. For the steel industry, the policies we will analyze are Goodwill,
Currency risk, Benefit Plans, Operating Leases, and Credit Risk. These accounting
policies can materially affect the users’ view of the company. Using a broad perspective
while focusing on industry, we can gain a better view on what these policies really are
and how they are significant.
Goodwill
The figure “Goodwill” is present on the majority of firms that often acquire
assets. The steel industry is a perfect example, what with its history of plant
acquisitions. It is an accounting number that generally is a result from firms increasing
their infrastructure, vis-à-vis acquisitions. Therefore, it directly links to the key success
factor of obtaining economies of scale. Goodwill represents the excess of cost over the
fair value that is paid for an acquisition of assets and liabilities. For the most part,
companies consider this extra amount of payment necessary but basically lacking
tangible value.
Firms must regularly test their Goodwill for impairment, according to FASB.
However, it is not required that firms write off or amortize a certain amount per year.
When the carrying value of the asset begins to exceed the fair value, it might be a clear
signal to a firm that the asset needs to be amortized and marked to market.
Firms will either show a significant amount of Goodwill, and will therefore require
adjustments in order to get a clear picture. Yet others will show an amount that is not
68
material. For our purposes, we conclude that if a company’s balance sheet shows
Goodwill as twenty percent or more of their long term physical assets, then restatement
will be needed. If this situation does not present itself, then it can be concluded that
Goodwill is not a source of potentially distortive accounting. Industry analysis has led
us to believe that the normal amount of Goodwill for steel firms represents a material
amount. The exception was AK Steel, who has recently not been involved with any
mergers or acquisitions. For this reason, we will impair the amount for Steel Dynamics
and eventually restate the financial statements in order to gain a better perspective.
We have found that all five of the companies we have studied have not impaired
their Goodwill for the last five years. This could be a sign of an existing problem for the
firms. Since the acquisition has been made, it basically represents a sunk cost that
might result in an earnings overstatement. Lack of disclosure for impairment appears
to be the only issue at hand for the industry. However, disclosure of relevant
information is still relatively high. It simply means that the industry is not trying to
deceive users of financial statements with discretionary accounting, but rather have
used their flexibility to simply omit certain items from their documents.
Currency Risk
Foreign currency risk is typically reserved for firms competing in the global
economy. It is typically thought to be the risk involved from changes in prices of
money in currency against another. Hedging is a proper tool that firms use to do away
with some of this risk. If not properly hedged, firms that have assets operating in
foreign countries might face serious currency risk. Even relatively small changes in
exchange rates can create million dollar swings for firms that have a lot of foreign
currency interaction. For example, US Steel not only operates in the continental U.S.,
but in Europe as well. The “Euro” is the main form of currency, if discussing a country
within the European Union. So if the price of a euro goes up relative to the dollar,
currency risk is exposed.
69
With regards to the steel industry, foreign currency risk for most firms is
immaterial. The reason for this seems to be that most firms operate exclusively in the
United States. An exception is ironically U.S. Steel, who has operations in Europe. They
highly disclose the information that investors would need to see in order to understand
the probability of serious loses due to exchange rate fluctuations. By keeping currency
risk to a minimum, the steel industry is demonstrating serious cost leadership strategy.
They achieve this minimum risk by keeping their operations local, as much as possible.
However, as far as being the most significant key accounting policy, currency risk falls
near the end of the spectrum.
Benefit Plans
Pensions and other post-retirement benefit plans can comprise one of the largest
and most complex long term obligations that a company can face. There are two basic
types of pensions. “Defined Contribution Plans”, for example a 401K, is a retirement
plan that sets aside some amount each year for the firms employees. Restrictions do
apply in terms of withdrawal, but for the most part this type of plan is preferred.
According to Investopedia, there is no real way to know exactly how much a retiree will
receive. This is due to market movements and the flexible nature of the benefit.
Employers make a deposit into an account in your name for a certain percentage of
your gross income. There is also a “matching clause” that can be included in this type
of plan, which involves an employer matching everything you put in up to some
percentage (pre-tax). For example, Steel Dynamics has a 10% matching clause. The
second type is referred to as “Defined Benefit Plan”. This type of plan is basically a
promise of a lifestyle after retirement. The employer promises to pay an employee
some “percent equal to their last year’s salary multiplied by the number of years
worked” (Mark Moore). The accounting for this form of pension is much simpler, and
as we know, when things seem simple, they usually provide potential for distortive
information.
70
For Steel Dynamics, we find that a contribution plan is used, whereas for the
three main competitors, a benefit plan is used. When a firm uses a benefit plan, they
have discretion in terms of establishing appropriate discount rates. As we have
mentioned, when discretion is sizeable and flexibility is as well, a firm can potentially
provide users of financial statements with distortive information. As is relates to the
key success factor of keeping costs low, Steel Dynamics has a better opportunity to
manage a competitive advantage. Once they have established a percentage, they can
expense it in the accounting period. On the other hand, all three competitors must face
the challenges of over or understating their liabilities. For example, if too large a
discount rate is used, the following will occur:
Assets Liabilities Owners
Equity
Revenues Expenses Net Income
No effect Understated Overstated No effect Understated Overstated
By understating the present value of their obligations, they have essentially presented
financial statements with misleading information. This example demonstrates how easy
it is for a firm to distort their accounting numbers.
For the sake of simplicity, we can conclude that because Steel Dynamics does
not use the defined benefit plan, we will not need to assess the reliability of their
figures. Therefore, it is the opinion of this valuation team that the information provided
Steel Dynamics Inc. does not present problems in the context of pension liabilities.
With that said, we can look at another key accounting policy that will basically present
the same result.
Operating and Capital Leases
Companies exercise a fair amount of flexibility, provided by GAAP provisions,
with regard to the manner in which leases are treated in the financial statements.
Companies can either purchase or lease assets. Depending on what route they choose,
71
they will either treat it like a capital lease, reporting the asset on the books, or they will
expense it regularly as an operating lease.
Operating lease commitments are thought to be significant if they represent an
amount exceeding 10% of long term debt. In the case of the steel industry we have
found the following to be true of their operating leases as a percent of long term debt:
Steel Dynamics US Steel Nucor AK Steel
% of LT Debt 1.5% 4.8% 6.8% 1.8%
It is clear that as a key accounting policy for these four firms, operating leases do not
present an opportunity to potentially distort accounting numbers. Disclosure quality for
this segment of key accounting policy is above average, and points to an unbiased
presentation of financial statements, industry wide. Therefore, we can conclude that
with regards to Steel Dynamics, a restatement of the Income Statement or Balance
Sheet in the context of leasing activities will not be needed.
Credit Risk
All firms in the steel industry are exposed to some form of credit risk. The main
concern found for almost all firms tended to be the difficulty in drawing upon existing
financial agreements. The key accounting policy of recognizing credit risk is incredibly
relevant in said industry. Despite the lack of flexibility due to various restrictions, firms
are able to squeeze as much wiggle room out of GAAP as possible. The figures for
credit risk must be present in a devoted section of a firm’s 10-K. The exposure to such
risk arises due to the expectation of uncollectible sales on account. There are two basic
concerns with respect to credit risk; long term debt issuance and customer transactions.
Both of these reported figures are man made numbers, and therefore provide firms
with a chance to potentially distort the reality of their business.
GAAP has recently provided that firms must fully disclose any issues related to
credit risk. Because this form of risk can possibly represent a large sum of money in
72
terms of cash that will not be coming in, it can be directly linked to the strategy of cost
leadership. For instance, all four steel firms are currently operating under a “revolving
credit facility” worth over $500 million. AK Steel even boasts an $850 million asset
based credit facility. Such a large number poses a large credit risk concern. Nucor,
perhaps the least credit risk stricken firm, prides themselves on an industry-high credit
rating. However, like all firms in the industry, the current credit crisis could temporarily
restrict borrowing ability, at least on acceptable terms. The crisis is also making it
difficult for steel customers to obtain the credit they need to fund their purchases. Both
examples of credit risk prove to be significant for all four firms. In fact, Steel Dynamics
states that non-payment ability of customers is their primary source of credit risk.
The overall disclosure related to credit risk is classified as very high quality. All
of the information that the firms present is necessary for investors to gain a clear
picture of the company. Knowing that a firm is exposed to a great deal of risk is
valuable to investors who face a tough decision whether to invest or not. For Steel
Dynamics, US Steel, and AK Steel, the exposure is very high. Nucor faces a smaller
amount of risk, however given the current crisis, no firm can hide. It is the opinion of
this analysis team that US Steel, AK Steel, Nucor, and Steel Dynamics all provide a
transparent view of their business by providing full disclosure of credit risk. For that
reason, it can be said that the value added by this key accounting policy is nothing to
take lightly.
Accounting Flexibility
The manner in which a firm uses policies and estimates demonstrates the
concept of accounting flexibility. The type of policies and choices that are implemented
by the firm determine how much flex they will have when applying GAAP. The overall
flexibility of the firms accounting measures is a function of how strict they are in
following the rules and regulations set forth by the accounting standards board.
Because GAAP cannot outline every last detail to the letter, firms are provided with
73
opportunities to make their own managerial choices. With such an opportunity, comes
the possibility of potentially distortive or misleading practices. For example, there is no
exact amount of Goodwill that firms must impair; they must make a judgment call.
With any judgment decision, bias looms nearby, and is a direct result of accounting
flexibility. If it is clear that the numbers presented are biased, the firm may be overly
aggressive, reducing the overall quality of the accounting numbers. Therefore, in order
for investors to gain a true understanding of the underlying economic significance of
business activities, they must know have knowledge of the flexibility that a company
holds.
Goodwill
During business mergers, a corporation records material amounts of intangible
assets while purchasing intangible assets. Essentially, Goodwill symbolizes this by the
excess of cost over the fair value that is paid in an acquisition of assets and liabilities,
thus making it an intangible asset.
Since it is an intangible asset and requires a great deal of estimation to value,
many firms find it extremely relative and difficult to predict Goodwill’s actual useful life
and its amortization. As required by GAAP’s FASB Statement No. 142, companies are
required to “perform an annual impairment test” where the firm compares the fair value
of the reporting unit to its corresponding carrying amount (SDI 10-K). If there is a
difference, the company is required to impair, or mark-down, the Goodwill to the lower
value.
Over the past five years, Steel Dynamics has not impaired their goodwill at all.
The flexibility of the firm’s senior level mangers is very great for this situation. GAAP
allows companies to test in-house for impairment, which means have complete control
of the estimates and numbers they choose to use. Due to the high level of flexibility
available and the absence of impairment, we suspect that most of the companies in the
industry are manipulating their Goodwill figures, which in turn will affect the valuation
of their assets, net income and retained earnings.
74
As for Steel Dynamics, up until 2005 there was no Goodwill on the books, as
shown by the graph below:
Steel Dynamics' Goodwill as a Percent of Total Assets, PPE (in thousands)* :
Total Assets Goodwill % of Total Assets PPE % of PPE 2008 6,054,879 781,555 12.9% 1,997,495 39.1% 2007 4,519,453 510,983 11.3% 1,652,097 30.9% 2006 2,247,017 30,966 1.4% 1,136,703 2.7% 2005 1,757,687 1,925 0.1% 999,969 0.2% 2004 1,733,619 0 0.0% 1,024,044 0.0% 2003 1,448,439 0 0.0% 1,001,116 0.0%
*(SDI 10-K)
This graph illustrates that goodwill is a significant percentage of PPE and that it is
increasingly becoming a larger percentage of total assets. The sudden and rapid growth
of Goodwill is a potential red flag for dishonesty and manipulation in the upcoming
years.
Although GAAP requires them to perform testing annually, Steel Dynamics has a
high level of flexibility for the impairment of Goodwill. With estimated numbers,
companies are able to manipulate Goodwill and show their version in the books.
Operating Leases
Many corporations have flexibility when it comes to showing leases on their
financial statements. According to U.S. GAAP, this can be shown in two ways and they
both have dramatic effects on the final financial report. The flexibility a company has
allows it to either show liabilities on a balance sheet or deny placing them in its books.
Knowing which path a company chooses is important when it comes to finding an
accurate measurement of the financial records.
The first option a company has is using capital leases. This choice would show
liabilities and assets on the balance sheet. This portrays a more correct financial
statement, and shows investors the corporation’s commitments and risks more
accurately as well. The way this is explained on the balance sheet is by debiting the
75
lease as an asset and crediting it as a liability. At the same time, the company can then
continue and depreciate the lease, and will therefore show an even more accurate
report of the numbers.
The second alternative, which is the most common in the steel industry, is
operating leases. Here, the company can choose to not show any assets or liabilities.
They will instead show the lease as an operating expense. By choosing this method,
firms will overstate expense, which in return, understates net income. This becomes a
benefit for tax payments. A lower income allows for lower tax expenses. As stated
earlier, operating lease is more commonly used in the steel industry. For most steel
companies, choosing to record capital or operating leases does not change their
balance sheets in a significant way. This is because their lease commitments are a
minute portion of the long-term debt. The following table shows the percentage of
lease commitments to long-term debt in Steel Dynamics and its major competitors.
Steel Dynamics:
Nucor:
‘04 ‘05 ‘06 ‘07 ‘08 Long-Term Debt 923,550 923,550 922,300 2,250,300 3,266,600 Lease Commitments 4,048 13,402 11,990 40,532 151,558 Percentage .4% 1.5% 1.3% 1.8% 4.6%
‘04 ‘05 ‘06 ‘07 ‘08 Long-Term Debt 441,232 435,116 435,106 2,029,845 2,650,384 Lease Commitments N/A N/A N/A 29,628 50,499 Percentage N/A N/A N/A 1.5% 1.9%
76
U.S. Steel:
‘04 ‘05 ‘06 ‘07 ‘08 Long-Term Debt 1,373,000 1,613,000 1,371,000 5,184,000 4,630,000 Lease Commitments 460,000 376,000 270,000 251,000 186,000 Percentage 33.5% 23.3% 19.7% 4.8% 4.0%
AK Steel:
‘04 ‘05 ‘06 ‘07 ‘08 Long-Term Debt 2,222,800 2,232,800 2,232,800 666,400 634,100 Lease Commitments 15,800 13,200 10,000 28,700 43,200 Percentage .7% .6% .4% 4.3% 6.8%
* Statistics provided by companies 10-K’s
If any of these companies were to change from operating lease to capital leases, it
would not significantly change their financial statements because of the small
percentage.
Credit Risk
In reporting credit risk in the notes of financial statements and annual reports
there is limited flexibility. The limited flexibility is due to restricted covenants and
contracts created to protect firms from credit exposure. However, there is flexibility for
steel companies and other suppliers when estimating loan defaults and the allowance
for doubtful accounts. The allowance for doubtful accounts represents the expected
amount of accounts receivables to go uncollected. Credit risk helps analysts determine
the ability of a firm to repay their debts. If a company has a high bond rating and a low
credit risk they are more valuable to investors. Credit risk helps in our analysis of
determining if SDI’s financial statements are credible because we can determine if their
77
interest rates, debt and allowance for doubtful accounts are accurately reported.
Companies can misrepresent their credit exposure in order to receive loans, to avoid
being forced into bankruptcy or liquidation, and to protect their abilities to finance
future operations.
Credit risk applies to Steel Dynamics both when it lends to its customers and
when it issue long-term debt, making credit risk a material key accounting principle.
Steel Dynamics and its competitors all similarly stated that they are “exposed to credit
risk in the event of nonpayment by our customers (SDI 10-K).” The credit crisis hit the
automotive, construction and appliance industries hard, causing an increased risk of
insolvency for the connected steel firms. For AK Steel “approximately 28% and 24% of
trade receivables outstanding at December 31, 2008 and 2007, respectively, are due
from businesses associated with the U.S. automotive industry (AK Steel 10-K).”
Due to the current economic conditions there are incentives to distort the
amount expected to be collected from customers to either receive lower interest rates
when issuing credit or to better appeal to shareholders by overstating current assets. A
reduction in the interest rates has the ability to improve the company’s credit rating
could increase their fair value of debt. AK Steel, U.S. Steel, Nucor and SDI all have debt
of more than $500 million (10-Ks). Credit risk can materially alter a company’s
financials, as seen in the example AK Steel provided in their 10-K: “a decrease of 1% in
interest rates would result in an increase in the total fair value of the long-term debt by
approximately $26.3 million (AK Steel 10-K).” The effects of distorting the allowance for
doubtful account estimates are shown below:
In 2008 AK Steel reported an allowance for doubtful account of 1.8 million, down from
1.9 million in 2007. As the table shows this would overstate its assets, by about
$100,000. Relevant to their sales this is an immaterial amount, but the potential for
distortion does exist.
Assets Liabilities Owner’s Equity Revenues Expenses Net Income Overstated Not affected Overstated Not affected Understated Overstated
78
GAAP has instilled some regulations to help prevent the flexibility of credit
related issues by creating a “full disclosure principle.” This requires that Financial
Statements disclose credit related information in the footnotes, this can be misleading.
In an article titled “Disclosing Credit Issues on your 10-K” the author further sums up
the reasons for potential financial distortions with regards to credit issues: “Disclose too
much, and you’re possibly exposed to harmful moves by your competition,
retrenchment by customers and suppliers, and reduction of credit. In short, the
allowances for doubtful accounts are estimated to be larger today in the steel world,
especially because there is slacking demand for steel, customers are having difficulty
obtaining credit, and a reduction in purchases is increasing total credit exposure (U.S.
Steel 10-K). Steel Dynamics and their industry competitors’ financial statements
conform to GAAP standards.
On the other side of lending credit out, when a company issues credit from a
bank or supplier there is almost no wiggle room to recording the interest expense or the
long-term debt. The interest rate and principle are fixed numbers written in the notes
payable contract and thus are required to be disclosed. Nucor’s net interest expense in
2008 was $90,483,000, up from $5,469,000 because of an increase in the average debt
outstanding and its accompanied interest rates (Nucor 10-K). This is a large increase in
interest expense which could be detrimental to Nucor’s value. The steel industry is not
vague in their descriptions of matching interest rates and amounts borrowed.
Besides having the potential to distort the people made numbers of estimating
the amount that will be uncollected, steel companies have stringent guidelines to
discussing credit risks. Ultimately the flexibility related to credit issues, long term-debt
and accounts receivable, are limited.
Accounting Strategy Evaluation
The accounting strategy a firm uses is made up of a combination of policies and
practices that they employ. This part of the formal analysis highlights exactly what
areas in the accounting process that provides management with the ability to manage
79
their earnings. The Securities Exchange Commission has attempted to reduce
managerial manipulation through numerous regulations. These regulations, at best,
quiet the noise from biased accounting practices; however they still leave many
loopholes for firms to distort the image of their activities. For this reason, it is vital that
analysts determine the quality of the disclosure a firm uses. High quality financial data
is a result of high disclosure, and it generally signifies that a company is not trying to
mislead any users of the data. Low disclosure points to a poor accounting strategy and
requires a significant amount of research just to understand the economic results of the
firms’ business activities. Once an analyst or any other interested individual has
determined what type of disclosure a firm has, and exactly what accounting policies are
used, they can then truly gain a transparent picture of the firm.
Goodwill
Goodwill is often identified on the balance sheet as the excess of cost over the
fair market value of the net assets required. Also, this information is subject to
manipulation because of the use of estimated numbers. As stated before, this intangible
asset is required to be annually tested for impairment, and subsequently marked down
if the Goodwill’s book value is greater than its fair value.
Overall, the industry has high disclosure when it comes to Goodwill. All of the
firms, except for Steel Dynamics, have Goodwill listed directly on their consolidated
balance sheets. Also, the companies showed how they acquired the current year’s
goodwill and broke it down by each of their acquisitions.
As shown by the following graph, Goodwill is typically around 25% of plant
property and equipment for the industry.
80
2007 Goodwill as a Percent of Plant, Property and Equipment:
(2007, in thousands)* Goodwill PPE % of PPE
Steel Dynamics 510983 1652097 30.93% USSC 1712000 6688000 25.60%
AK Steel 371000 20659000 1.80% Nucor 847887 3232998 26.23%
*Company’s 10-K
Since AK Steel has had very few mergers and acquisitions, their percentage is
much lower than the industry norm. After looking through five 10-Ks of firms in the
steel industry, we noticed that none of the companies impaired their Goodwill. All of the
firms stated that they annually compare the fair value of the Goodwill unit to its
carrying amount. After viewing the steel industry, we discovered that none of the firms
had impaired their Goodwill in the past five years. This leads us to believe that the
industry has been overstating its assets and net income through the manipulation of
Goodwill. While Goodwill may have been impaired in the mergers and acquisitions,
these companies need to do a better job disclosing their practices. This immediately
raises a red flag since the Goodwill percentages of Plant, Property and Equipment are
typically over 20%.
As for Steel Dynamics, up until 2005, Goodwill was not stated in its financial
records. The graph below shows the percentage of Goodwill to Plant, Property and
Equipment, or PP&E.
Steel Dynamics' Goodwill as a Percent of Total Assets, PP&E (in thousands)* :
Total Assets Goodwill % of Total Assets PP&E % of PP&E 2008 6,054,879 781,555 12.9% 1,997,495 39.1% 2007 4,519,453 510,983 11.3% 1,652,097 30.9% 2006 2,247,017 30,966 1.4% 1,136,703 2.7% 2005 1,757,687 1,925 0.1% 999,969 0.2% 2004 1,733,619 0 0.0% 1,024,044 0.0% 2003 1,448,439 0 0.0% 1,001,116 0.0%
*(SDI 10-K)
81
This graph illustrates that goodwill is a significant percentage of PP&E and that it is
increasingly becoming a larger percentage of total assets. The sudden and rapid growth
of goodwill is a potential red flag for potential dishonesty and manipulation in the
upcoming years.
We believe that the impairment of Goodwill is necessary, since it is currently over
30% of the firm’s plant, property and equipment. Because of this, we amortized Steel
Dynamics’ goodwill by 20% over five years, which produced the following results:
Impairment of Goodwill (in thousands)* 2003 2004 2005 2006 2007 2008
Goodwill Before: 0.0 0.0 1,925.0 30,966.0 510,966.0 781,555.0 Goodwill After: 0.0 0.0 1,540.0 24,387.8 402,194.6 516,472.6
Difference: 0.0 0.0 385.0 6,578.2 108,771.4 265,082.4 *(SDI 10-k)
As shown by the table above, the amortization of goodwill in 2008 resulted in the assets
being overvalued at a staggering $265,082,400 which negatively affects the firm by
overstating owner’s equity and net income. One can also conclude from the table that
Steel Dynamics’ flexibility with goodwill amortization leads directly to aggressive
accounting policies.
In conclusion, while both the industry and Steel Dynamics have high disclosure
of their goodwill, there is a lot of room for flexibility. This gives way to the practice
aggressive accounting policies, resulting in higher reported earnings and giving a
distorted view of the company all together.
Currency Risk
Steel Dynamics does not expose itself to any form of currency risk, according to
its annual reports. They present their lack of risk very well. Therefore, they are a high
disclosure firm. The rest of the Steel Processing industry mirrors Steel Dynamics’
tendencies in the field of currency risk, also presented with high disclosure. With the
exception of USSC and Arcelor Mittal, a global firm based in Europe who is not a close
82
competitor of SDI, the Steel Processing industry has a moderately low level of
involvement in foreign affairs and therefore little foreign currency risk.
USSC has by far the most currency risk, with different branches located in
Slovakia, Serbia and Canada, along with a $1.2 billion dollar-based loan to a European
affiliate (USSC 10-K). USSC goes into great detail about the scope of their involvement
in foreign markets, which in turn allows one to come to conclusions about what effect
the foreign affairs will have on the firm. The firm uses commodity-based and foreign
currency derivative instruments to limit their exposure to currency risk. As a whole, it
seems that USSC uses conservative accounting policies, while its foreign counterparts
practice moderate ones.
Nucor has the second most currency risk out of the industry, with operations in
Canada, “joint ventures in Brazil and Australia and the direct reduced iron facility in
Trinidad” (Nucor 10-k). Nucor recognizes this risk, stating in their 2007 10-k that since
some of their steel subsidiaries work in abroad markets, and their results are translated
into U.S. dollars based on average exchange rates prevailing during a reporting period,
that “during times of a strengthening U.S. dollar, our reported net revenues and
operating income will be reduced because the local currency will translate into fewer
U.S. dollars.” Recognizing their great exposure to foreign currency risk, Nucor entered
into foreign currency contracts to negate the effects of currency fluctuation and
continued to hedge this risk through the use of derivative financial instruments. This
firm practices conservative accounting policies.
In conclusion, both Steel Dynamics and the steel processing industry are overall
only slightly exposed to foreign currency risk, except for Nucor and USSC who are
moderately exposed. The use of foreign exchange contracts and derivatives, and an
industry-wide trend of not participating in price speculation was found in every single
10-k of the industry. This, combined with the publicity of the exchange rate information
and minimal GAAP flexibility, illustrated that the industry as a whole also practices
conservative accounting policies in this field.
83
Credit Risk
Steel Dynamics Inc. exercises their accounting flexibility of reporting credit risks
by being a high disclosure and moderately conservative company. Compared to their
competitors, SDI’s 10-K offers the most information on credit risk and the most
information on their compensating interest rates. Having transparent financial
statements allows SDI to have lower interest rates and higher credit quality. In the steel
industry there is not much information found on credit risk, which is a great indicator
that credit risk is not being used to distort financials. There is also relatively high
disclosure regarding credit risks across the steel processing industry. However,
comparatively SDI is above average.
SDI, AK Steel, Nucor Corporations and United States Steel do not offer a lot of
information regarding credit risk and interest rates because it is not of value to their
economic growth. SDI does disclose credit risk conservatively, but this is not all
positive. Conservative numbers can also be misleading, but again with the level of
information offered from the industry any mention of credit risk boosts investor
confidences. AK Steel proves that credit is an immaterial amount by making sure “no
customer accounted for more than 10% of net sales of the Company during 2008, 2007
or 2006 (AK Steel 10-K).” Although this is specific to AK Steel, SDI supports a similar
structuring of their loans and accounts receivables. By dividing SDI’s allowance for
doubtful accounts by its net sales we can see that it’s expected loss of receivables, and
thus credit exposure, is not material in altering Steel Dynamic’s reported financials.
2008 2007
Allowance for Doubtful
Accounts
29,008,000
7,735,000
Net Sales 8,080,521,000
Percent .359% .176%
84
Steel companies across the board do not present much information on credit
risks because they are insignificant to their success, but with the information that is
presented they conservatively offer high disclosure. With the information that is offered,
it is very useful in determining the stability of the company. For example, both Nucor
Corporations and Steel Dynamics, pinpoint their interest expense rates to the
appropriate borrowed amounts of their long-term debt. An example is displayed in the
graphs below.
Steel Dynamic’s borrowings consisted of the following at December 31 (in thousands):
2007 2006
Senior secured revolver . . . . . . . . . . . . . . . . . . . . . . . . . . . $ 239,000 $ 80,000 Senior secured term A loan . . . . . . . . . . . . . . . . . . . . . . . . 536,250 — 63⁄4% senior notes, due 2015. . . . . . . . . . . . . . . . . . . . . . . . 500,000 — 73⁄8% senior notes, due 2012 . . . . . . . . . . . . . . . . . . . . . . . 700,000 — 91⁄2% senior notes, due March 2009 . . . . . . . . . . . . . . . . . . — 300,000 4.0% convertible subordinated notes, due December 2012 37,250 37,500 Other secured obligations . . . . . . . . . . . . . . . . . . . . . . . . . . 17,345 17,606 Unamortized bond premium . . . . . . . . . . . . . . . . . . . . . . . . — 3,772
Total debt . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2,029,845 438,878 Less current maturities . . . . . . . . . . . . . . 295,162 80,686
Long-term debt . . . . . . . . . . . . . . . . . . . . . . . . . . . $1,734,683 $ 358,192
This represents the relationship between a lender and SDI (the customer). By
specifically showing this information we conclude that steel processing companies are
not attempting to distort any financial numbers and are being conservative in what they
do provide. Strong evidence of this is simply that the “gross interest expense decreased
$1.3 million” from 2005 to 2006 (SDI 10-K).
Another reason credit risk is disclosed lightly is because steel processors are
highly liquid companies. Nucor didn’t even mention credit risk at all in their entire 2008
10-K because of their liquidity and credit risks insignificance to the steel industry. Steel
Dynamics, AK Steel and U.S. Steel discuss their protective measures and disclosing
techniques for ensuring they collect their receivables. Many steel companies referenced
that they “mitigate our exposure to credit risk by performing ongoing credit evaluations
and taking further action when necessary, such as requiring letters of credit or other
security interests to support the receivable from our customer (US Steel 10-K).” AK
85
Steel extended this accounting strategy and implemented “constraints with respect to
credit quality” on their customers. This shows us how conservative steel processors are
in terms of their long-term debt and the uncollected amounts loaned to customers.
Nucor stated that since the fourth quarter in 2007 they have $2.3 million in notes
outstanding (Nucor 10-K), further indicating the high amount of disclosure offered by
steel processors. This allows shareholders to be confident in their investments in the
steel industry. The steel industry really works towards transparency in regards to credit
issues.
With the little flexibility given to evaluate credit risk, SDI and their competitors’
financial statements are relatively conservative and of high disclosure. In the steel
industry credit risk does not pose a threat for distortion or affecting the overall value of
a company.
Qualitative Analysis of Disclosure Quality
The quality of the accounting information presented by a firm is important to
evaluate. GAAP is not an exact science, and because it allows for flexibility, certain
critical factors can be hidden from those who would most benefit from their disclosure.
There is a good amount of discretion for managers with regard to the amount and type
of information they choose to disclose. Since the information provided is eventually
going to be used by investors to make investing decisions, it is critical that one discerns
fact from fairy tale. Not providing the information that is needed reduces accounting
quality. When the information matches up with reality, the quality can be classified as
high. Therefore, by evaluating the accounting treatment a firm uses, and using this
evaluation to classify the company as high or low quality, we can with relative certainty
identify any potential “red flags”.
Type One Key Accounting Policies:
Economies of Scale
Segment related disclosure is very common for the steel industry. Firms all
provide ample evidence of product divisions and segments that each contribute a
86
certain amount of profitability. All of the firms we studied included sections resembling
the following: Steel Operations, Fabrication Operations, and Steel Scarp and Scrap
Substitute Operations. There is some variation in the segments of the businesses,
however for our purposes, this is irrelevant. The F.A.S.B. requires that firms provide
disclosure about enterprise segments. We are concerned with how often managers use
their accounting discretion and how their disclosure is tied to the value of the key
accounting policy evaluation.
Steel Dynamics is a very high disclosure company, providing pages of detailed
information regarding their acquisitions. US Steel is very similar in the manner in which
they present said information. Providing detailed information of the sort leads a
business analyst to believe that the firm is trying to tell a story about their business.
They answer questions like; is the firm growing? Or in what way is the firm attempting
to obtain economies of scale? Nucor, along with Steel Dynamics, provides the following
figures related to each segment of their business: Net sales, Operating Income, Income
before Taxes, Depreciation and Amortization, assets, liabilities, and capital
expenditures. They report segment results because it allows users of the annual
reports to understand exactly what the industry is involved in.
It is not uncommon to see very similar trends in the steel industry regarding the
treatment of the key accounting policy, economies of scale. Firms can use their
flexibility to determine what they include and what they will leave out. It was ultimately
found that the steel industry as a whole highly discloses significant information about
their segments and acquisitions. The quality of this information is also determined to
be high. The firms do not attempt to distort relevant information and therefore present
a transparent view of their financial stance. Segment information is critical because it
allows for a true picture of what each aspect of the business is accomplishing on its
own. Most commodity producing firms are similar; however the steel industry really
sets the bar high in their treatment of this type one key accounting policy.
87
Efficient Production
As mentioned, the steel industry has a lot of flexibility in their choices of
reporting production efficiency information. They choose to provide relevant
information regarding their new production capabilities. AK Steel discusses the
installation and use of a new clarifying cooling tower that dramatically increases the
efficiency of their carbon utilization. Also, US Steel provides information regarding their
use of “recoverable” steel within their own facilities. By using this form of recycling,
they can reduce the amount of time spent collecting materials. Reducing waste and
minimizing unused scrap is the essence of efficient production in the steel industry. It
is therefore reasonable to say that for the most part, steel firms provide analysts with a
good amount of production information.
The level of disclosure may not be as high as it is for other key accounting
policies however the quality of efficient production information is far from what one
might call poor. Each firm provides specific figures for items related to production. Key
accounting policies that directly link to key success factors are significant because they
provide an analyst with an opportunity to gain a proper perspective on business
activities. They may not indicate whether or not the numbers are misleading or
potentially distortive, but they do outline how the industry creates value. The steel
industry can be categorized as a high quality, yet typically low disclosure industry from
an efficient production stand point. Steel Dynamics is the same but it is this valuation
team’s opinion that they might even “out-disclose” other firms in the area of scrap
reduction. For the rest of the issues, all firms are basically identical, with small
variations in their choices of what to disclose.
Low Input Cost
With any key accounting policy, the main issue is the overall transparency and
usefulness of the reported financial information. With the policy of low input costs, it
can be said that the reports are almost as transparent as it gets. The markets for scrap
are highly competitive, and thus firms must attempt to gain some form of edge over
88
their rivals. US Steel as well as Nucor provides a section that informs analysts of the
sources and uses of raw materials. US Steel purchases all of their required limestone for
flat-rolled needs from outside sources. They do this because they feel that competitive
market prices are acceptable. The fact that they could be leaving out certain
information is irrelevant because it is impossible to know what the firm should be
saying; all we can use is what is given.
Steel Dynamics, as benchmarked against the industry norms, stacks up well.
They not only disclose their sources of materials but the possible risk factors that play
into the issue. They discuss availability and cost as well as what certain types of scrap
might be used for. For example, the principle raw material for the firm is scrap-metal
derived from various sources, such as self-contained facilities or worn out vehicles. The
same can be said, as shown in the annual reports, for the three main competitors.
The quality of disclosure for low input costs is very high. All firms, without
exception, provide detailed information regarding the primary costs associated with
manufacturing. An important distinction to make between firms like Steel Dynamics
and companies like US Steel and Nucor might be the products that are produced. Nucor
produces an alloy line as well as fasteners. US Steel, with its most recent acquisition, is
involved in producing oil tubing. Steel Dynamics does not produce either of these
products, yet they do discuss every segment of their company and what each produces.
High segment disclosure in relation to input costs creates a highly transparent and
extremely useful annual report. With the great deal of information provided, an analyst
would most certainly find their needs satisfied, for this key accounting policy.
Low-Cost Distribution
Disclosure related to this item is not difficult to find. Within the first dozen pages
of all firms’ annual reports, an analyst would find a list of facilities and their locations.
Segments are also disclosed within these facility disclosures, which further increases the
usefulness of the information. The greatest amount of information related to low cost
distribution is presented in the acquisitions sections of the reports. Steel Dynamics
89
outlines their most recent purchases, highlighting how their location adds to the overall
value of the firm. US Steel was the least informative in terms of listing all locations and
facilities. Because Nucor has the greatest sized infrastructure, it can be reasoned that
they should have the upper hand in achieving low cost distribution.
Most of the facilities that distribute steel products from all of the studied firms
are located in the east north central Midwest portion of the country. Raw materials
flow most effectively to this area and hence products flow most effectively out of this
area. Transparency of information is high for this accounting policy. A user of annual
reports would find it rather simple to locate information regarding distribution locations.
For this reason, we have found that there is considerable usefulness of the financial
reporting information. Another important point is that despite a section entitled
“distribution costs”, firms in the industry do a decent job of disclosing how much they
spend on freight in their reports. However, because of the use of consolidated financial
statements, we are unable to provide exact figures. With that said, it can be concluded
that Steel Dynamics and its main competitors are high disclosure firms. Each provides
ample information in their annual reports that is of high quality to financial statement
users. Providing a transparent set of reports that are useful in decision making
therefore increases the value added by the steel industry.
Type Two Key Accounting Policies:
Goodwill
The steel processing industry has a high level of transparency for goodwill. The
majority of the firms went into great depth explaining their annual tests for impairment,
listed goodwill on their balance sheets and discussed how they arrived at the listed
numbers for goodwill.
While the transparency was high, there was a severe lack of usefulness across
the industry. We discovered that no firms amortized their goodwill in the past five
years, which led us to believe that as an industry there is a prominent trend of
90
overstating goodwill in order to manipulate the earnings in favor of the firm. This was
especially true for Nucor and USSC, as they both had goodwill percentages of PPE over
25% in 2007 (Nucor, US Steel, 10-K).
Steel Dynamics’ disclosure of goodwill has a moderate level of transparency.
While they merely state the goodwill numbers on their balance sheets, Steel Dynamics
goes into depth when explaining their annual impairment test and further into their 10-
k the firm briefly explains the origins of that year’s goodwill. This is helpful to readers,
but only to a point: Steel Dynamics does not discuss goodwill from previous periods.
Steel Dynamics ultimately falls short of providing a sufficient level of useful
information for decision making by failing to impair goodwill over the past four years.
Subsequently net income appears to be overstated by $265 million in 2008. This not
only affects the value of assets and net income, but also overstates retained earnings
and understates expenses. We believe that this was done on purpose by management
in order to alter effected ratios in the firm’s favor, which provides less useful
information for investors.
Overall, while the industry has high disclosure of goodwill and Steel Dynamics
only had a moderate level, both the industry and SDI failed at providing useful goodwill
information by never impairing goodwill, thus greatly overstating their numbers.
Credit Risk
The annual reports and financial statements of SDI, AK Steel, Nucor and U.S.
Steel reflected high quality information on credit risks. The main credit issue for the
steel industry is their difficult in drawing upon existing financial agreements because of
the credit crisis. Steel Dynamics especially went beyond disclosing relative information
of credit risks when they reported their long-term debt and effective interest rates. The
information presented was unbiased and the steel processors as a whole provided all
the data necessary to evaluate their financial reality regarding credits in the footnotes
of the financials. In summary, credit risks were discussed fully and transparently,
91
increasing their overall quality of the firm. The primary concern presented to our
valuation with respect to credit risk is the firm’s ability to survive its leverage.
Quantitative Analysis
The quality of a firm’s quantitative disclosure is of paramount importance if one
wishes to accurately evaluate the overall value of the firm. The performance of sales
diagnostics and expense diagnostics should result in valuable information about how
flexible the disclosures of a firm are, compared to the accuracy of those disclosures. If a
diagnostic does not reflect the information that is provided by the company this is what
is called a “red flag” or known discrepancy. Our valuation team will use these
diagnostics to not only asses the accuracy and transparency of a firms disclosures, but
also to comparatively assess the overall value of the firm and its competitors.
Expense Manipulation Diagnostic:
The expense diagnostic diagnostics are used to examine the correlation of the
values of certain line items that a firm is obligated to disclose. These figures provide
valuable information that could uncover any discrepancies in a firms reporting. Graphs
containing the raw and change values of the diagnostic ratios are the tools used to
assess the viability of the reported numbers of a firm. Upon review of calculated graphs
our team analyzed any irregular movement and/or major “outliers” within the industry.
Used in the expense manipulation are line items from the balance sheet (total assets
and operating assets), income statement (net sales), and statement of cash flows (cash
flow from operations).
Asset Turnover (Net Sales/Total Assets)
Core expense diagnostics are used to determine the reliability of reported
figures. This measure of accounting credibility is calculated by dividing net sales by total
assets. This can potentially illustrate if a firms assets are overstated, understated, or
92
accurately stated. A denominator effect occurs in this diagnostic if assets are being
overstated, perhaps thorough the acquisition of goodwill without proper impairment or
expensing. Therefore, if assets have increased or decreased materially, the resulting
effect will be illustrated in the following graph.
Upon review of the above graph we see an increase in assets across the board in
the industry, except for AK Steel. Firms that merge and acquire often report Goodwill as
a line item. Goodwill is an indefinite life asset that should be expensed when
impairment losses occur. When firms make acquisitions, which Nucor, US Steel, and
Steel Dynamics have done on a large scale recently, the line item Goodwill will
ultimately increase total assets. This accounting number can be easily overstated, and if
goodwill is not expensed, net income might also prove to be overstated. In the situation
of a dramatic decrease for three of four firms, we can successfully argue the point that
there is potential concern with regards to the reported figure.
00.20.40.60.81
1.21.41.61.82
2003 2004 2005 2006 2007 2008
Asset Turnover
AK Steel
Nucor
SDI
USSC
93
Cash flow from operations/Operating Income
This measure of accounting credibility is calculated by dividing a firm’s cash flow
from operations by the net operating assets that the firm possesses. If the numbers are
declining, then operating income is growing faster than the firm’s cash flow from
operations. This would lead a valuation team to question the credibility of a firms
reported numbers due to the fact that a firm might be underreporting expenses
involved in reconciling income, such as amortization expense, to improve its financial
picture.
Upon reviewing the information contained in the above graph it is obvious that
AK steel’s numbers are showing some major fluctuations. While Steel Dynamics, Nucor,
and U.S. Steel maintain a very stable trend, AK steel fluctuates very dramatically from
down to (-3) all the way up to (1). Due to the fact that the fluctuations move in an
erratic manner on an annual basis this is cause for concern. Upon review of AK Steel’s
financial disclosures, it is clear that AK Steel reports very different adjustments to its
CFFO year to year. For example, between the years of 2005 and 2007, adjustments to
CFFO were reported as 282.3, (-23.8), and 495.4.
‐4
‐3
‐2
‐1
0
1
2
2003 2004 2005 2006 2007 2008
CFFO/OI (Raw)
AK Steel
Nucor
SDI
USSC
94
When reviewing the change in CFFO/OI, the industry displays a much more
volatile trend with Steel dynamics being the exception (due to the firms’ fairly
consistent activity). The information above is calculated using the “first derivative”
which translates to the rate of change. Any value that is greater than zero suggests that
a firm is experiencing positive changes on the annual basis.
Cash Flow from Operations/ Net Operating Assets
This diagnostic is calculated by dividing a firm’s cash flow from operations by the
net operating assets that the firm possesses. If the values are increasing at an
unreasonable rate, this might mean that a firm is not depreciating their property, plant,
and equipment assets. Though an increasing value does not always mean a firm is
distorting its statements by understating depreciation expense, this would lead a
valuation team to question the credibility of a firms reported numbers. Understating
depreciation expenses would lead to an overstated net income.
‐4
‐2
0
2
4
6
8
2003 2004 2005 2006 2007 2008
CFFO/OI (Change)
AK Steel
Nucor
SDI
USSC
95
Three out of four firms show a trend of staying in the vicinity between (-.05) and
(.12) on the graph. Once again the exception is AK Steel which proved to be very
volatile ranging far below the industry average at (-12.54) to above it at (3.59). Due to
the volatility and unpredictable nature of AK steel’s movement along the graph, red
flags need to be raised. The sharp declines in AK Steel’s numbers lead our valuation
team to believe that this is cause for a red flag. These declines could have been caused
by AK Steel reporting an understated depreciation expense from 2004 to 2006, only to
have misreported numbers catch up to them in 2007 when they correctly stated the
depreciation expense.
‐3.5
‐3
‐2.5
‐2
‐1.5
‐1
‐0.5
0
0.5
1
2003 2004 2005 2006 2007 2008
CFFO/NOA (Raw)
AK Steel
Nucor
SDI
USSC
‐100
0
100
200
300
400
500
2003 2004 2005 2006 2007 2008
CFFO/NOA(Change)
Steel Dynamics
Ak Steel
Nucor Corp.
U.S. Steel
96
Upon analyzing the change form of CFFO/ NOA once again shows the majority of
firms following the same trend. This time it is Nucor that is the exception. In 2004,
Nucor jumped a staggering 434 points only to return to normal levels in 2005. Since
Nucor experienced such a large jump relative to the market norm in 2004 this is cause
for concern. Because any value above zero points towards a healthy change, but a
jump as great as 434 does not inspire much confidence in the viability of the reported
numbers.
Total Accruals/ Net Sales
This measure of the viability of a firm’s financial disclosure is calculated by
dividing a firm’s total accruals by its net sales. Due to the very nature of accruals,
uncollectable accounts will lead to bad debt expense which a firm must forecast.
Because it is up to the firm to forecast a reasonable amount of capital to be set aside
for uncollectable accounts, it is also possible for firms to manipulate these numbers to
improve the financial picture of the firm.
‐2
‐1
0
1
2
3
4
5
6
7
2003 2004 2005 2006 2007 2008
Total Accruals/Net Sales (Raw)
Steel Dynamics
Ak Steel
Nucor Corp.
U.S. Steel
97
Upon review of the data in the above graph, our analyst team comes to the
conclusion that there is no real trend in the data. The unpredictable nature of
forecasting the capital needed to be set aside for uncollectable accounts leads to the
large fluctuations in the above graph. Though Steel Dynamics experienced a large peak
in 2005, it became relatively stable for the years 2006-2008. Industry wide, the firms do
not follow a specific trend from year to year which leads our valuation team to the
conclusion that due to the nature of accruals, no outliers exist despite the fluctuations.
It is possible that firms underestimated the allowance for doubtful accounts to improve
their financial image, but our valuation team does not find it necessary to raise any red
flags after reviewing the above diagnostic.
Upon reviewing the change form of total accruals/sales, it is clear that all but one
of the firms in the industry (Nucor) enjoyed a healthy change in their total
accruals/sales for the last 6 years. For the most part Steel Dynamics trended upwards
to peak above one for the years 2006-2008. This leads our valuation team to the
conclusion that Steel Dynamics exhibits a propensity to accurately forecast projected
expenses associated with accruals.
‐45
‐40
‐35
‐30
‐25
‐20
‐15
‐10
‐5
0
5
10
2003 2004 2005 2006 2007 2008
Total Accruals/Sales (Change)
Steel Dynamics
Ak Steel
Nucor Corp.
U.S. Steel
98
Conclusion
After reviewing the expense diagnostics, it is clear that, for the most part, Steel
Dynamics, Nucor, and US Steel have viable and credible reported numbers. AK Steel is
the only firm that we found to raise major red flags in almost every diagnostic. Since AK
Steel is a good match as a competitor to the rest of the industry, different market
segmentation is not the reason for the observed discrepancies. Overall, the expense
diagnostics that were performed lead this valuation team to the conclusion that Steel
Dynamics, along with most of its competitors, have credible reported numbers.
Sales Manipulation Diagnostics:
Sales manipulation diagnostics are used to analyze the credibility of firms
reported revenues. To do our quantitative analysis we examined three of five possible
diagnostics:
1. Net Sales/Cash Collections from Sales
2. Net Sales/Net Accounts Receivable
3. Net Sales/Inventory
These diagnostics allow us to do a cross-sectional comparison of Steel Dynamics to the
industry over the past five years. There are two ways to compute the diagnostics; in a
raw form pertaining to individual years, or in a change form between a specific year
and the previous year (t –t-1). The raw form compares the results on a time series basis
to discern the relationship year to year. This allows us to establish expectations for
what SDI’s normal reported earnings are and to discern if there is any abnormal or
questionable behavior, like unexplained spikes, in its reported revenues. The change
form is used to do a cross-sectional evaluation between SDI and its main competitors.
This allows us to compare SDI’s reported revenues to the industry’s to understand the
normal industry behaviors, so we can recognize questionable ratios, and thus determine
the overall credibility of SDI’s earnings.
99
Net Sales/Cash Flow from Sales
The net sales divided by cash flow from sales (CFFS) manipulation diagnostic is
used to help determine the validity of the steel industry’s reported revenues. The
amount of Cash Flow from Sales is computed by taking Net Sales and adding
(subtracting) the decrease (increase) in the change of Account Receivables from year to
year. When the ratio equals one, a firm’s sales are supported by cash. Firms can
misrepresent this diagnostic by manipulating the liabilities, owner’s equity and revenue
accounts.
In the raw form, Sales over CFFS is stable across the steel industry. There is
strong evidence of stability with the results ranging from .99 to 1.4 (SDI, AK, Nucor,
and X’s 10-Ks). Steel Dynamics represents the highest level with the 1.4 ratio in 2007
because in 2007 its net sales increased considerably from $3,238,787,000 to
$4,384,549,000 (SDI 10-K). If SDI’s multiple acquisitions in 2007 hadn’t caused their
net sales to sky rocket, we would be skeptical of their reported earnings. Apart from
this, the steel industry keeps a tight range very close to the desired ratio of 1. Other
steel processors, such as Worthington Industries, Rockwell and Olympics’ sales are also
comprised highly of cash (Worthington Industries). Concluding, the steel industry is
stable around a 1:1 ratio. SDI’s results are consistent with its competitors implying
0.9
1
1.1
1.2
1.3
1.4
2003 2004 2005 2006 2007 2008
Net Sales/Cash Flow from Sales (Raw)
Steel Dynamics
AK Steel
Nucor Corp.
U.S. Steel Corp.
100
credible reported revenues. For our purposes the steel industry broke down the
information we needed to conduct a more thorough valuing of Steel Dynamics.
The change form takes the first derivative, or the rate of change, for each year
between 2003 and 2008. The first derivative tells us at what rate SDI and its
competitors are collecting cash for their sales. A desirable rate of change is an
increasing positive number, or greater than zero, indicating that a company’s revenues
are supported by cash. An increasing growth rate because as a steel company sells
more steel we expect to see more cash flows from sales year to year
The first derivative should be positive, but since the diagnostic is negative for
U.S. Steel in 2005 and AK Steel in 2003, we assume that as their sales increased, their
cash was not increasing enough to cover their sales. Apart from 2007 when SDI had a
low increase of accounts receivables causing a “denominator effect” and a spike to
39.14, the industry maintains a ratio around 1. Across the steel industry there was a
low ratio indicates that their sales are being supported by cash, which further leads us
to believe the validity of their earnings.
‐149141924293439
2003 2004 2005 2006 2007 2008
Net Sales/Cash Flow from Sales (Change)
Steel Dynamics
AK Steel
Nucor Corp.
U.S. Steel Corp.
101
Net Sales/Accounts Receivable
Net Sales divided by Accounts Receivable is another sales diagnostic we use to
determine if SDI and its competitors are falsely stating earnings.
The high industry results seen in the graph above are viable because most steel
companies prefer to have their sales supported by cash than receivables. However, in
2008 when Steel Dynamics ratio sharply increases to 17.84 its sales are not being
supported by its receivables, which raised a “red flag” if AK Steel and Nucor’s results
didn’t also jump in 2008. The 2008 spikes are explained by the steel companies’ huge
increases in revenues. Nucor’s earnings went up from $16,592,976,000 in 2007 to
$23,663,324,000 in 2008, despite the economy (Nucor 10-K). Due to the explained
spikes and a stable industry we are further lead to believe Steel Dynamic’s and the steel
industry’s reported revenues.
5
7
9
11
13
15
17
19
2003 2004 2005 2006 2007 2008
Net Sales/Accounts Receivable (Raw)
Steel Dynamics
AK Steel
Nucor Corp.
U.S. Steel Corp.
102
This change form diagnostic is measured by: (Salest – Salest-1)/(A/Rt – A/Rt-1).
It is measured to evaluate the rate of change and the sign of the ratio. This ratio should
be greater than zero and a positive relationship between sales and accounts receivable
should exist. As clearly seen in the graph, the results for the industry were sporadic,
especially for SDI. Steel Dynamics ranges from -190 to 10.16. SDI, AK Steel and Nucor
all had negative growth rates throughout the six years evaluated, which means that the
firm’s accounts receivables were decreasing year to year while its sales were increasing.
A negative number and inverse relationship lead us to question the credibility of their
reported revenues.
Net Sales/Inventory
The Sales to Inventory ratio is used to see if the amount of inventory sold is
proportional to the amount of revenues per year. Referring back to the “Money Merry-
Go-Round,” we expect to see an increase in sales with an increase in inventory. If the
ratio has a positive ratio then the reported revenues are feasible, if not they are
questionable.
‐250
‐200
‐150
‐100
‐50
0
50
2003 2004 2005 2006 2007 2008
Net Sales/Accounts Receivable (Change)
Steel Dynamics
AK Steel
Nucor Corp.
U.S. Steel Corp.
103
All competitors have fairly stable proportions of sales to inventory from 2003-
2008. On an industry and firm level the stable trend paths seen in the graph above
support accurate reported revenues. For example, AK Steel’s results from 2004-2006
were consistently around seven, at 7.65, 6.99 and 7.08.
There is some reason for “red flags” when the lines slope upward, because this
indicates that sales are increasing while their inventory accounts are decreasing. For
0
2
4
6
8
10
12
14
16
2003 2004 2005 2006 2007 2008
Net Sales/Inventory (Raw)
Steel Dynamics
AK Steel
Nucor Corp.
U.S. Steel Corp.
‐60
‐50
‐40
‐30
‐20
‐10
0
10
20
30
40
2003 2004 2005 2006 2007 2008
Net Sales/Inventory (Change)
Steel Dynamics
AK Steel
Nucor Corp.
U.S. Steel Corp.
104
instance, when U.S. Steel’s sales between 2003 and 2004 increased by approximately
$4.67 billion while its inventories decrease by $.09 billion. The change form is also
indicating questionable earnings because there are many negative growth rates. Nucor,
AK Steel, U.S. Steel, and SDI all experience negative growth rates; AK Steel four out of
the six years evaluated. Firms could be inflating their sales by reported unearned
revenues prematurely. This means they are not maintaining a constant positive
relationship between sales and inventories. The results lead us to be skeptical of SDI
and its competitors stated earnings.
Conclusion
Overall SDI’s sales reported are credible because of the diagnostic results. The
change form of Sales divided by Inventory was the only diagnostic that had
questionable results because of the negative growth rates. The rest of the ratios
presented little evidence of manipulation. This is backed by the fact that in the first
derivative there were positive growth rates.
Potential Red Flags
Within every industry, there are potential red flags, or problematic concerns that
arise in the financials of a certain company. These questionable signs may include large
write-offs in the financial statements, abnormal profits within a short period of time, or
unexplained accounting adjustments that could affect the company’s books. From these
problems, investors and analysts can see if there is anything that warrants further
investigation. Once the red flag is found and shown to be an important part of the
books, the analyst must undo the accounting distortion so that the numbers better
represent the firm’s actual performance. After the distortions have been undone, the
financial records will be portraying the actual state of the firm much better.
A large red flag that was raised within Steel Dynamics’ financial statements was
their lack of impairment of goodwill. This was shown by a dramatic jump in goodwill
105
from 2006 to 2007. After looking further into the company’s financial statements, it was
found the Steel Dynamics did not impair goodwill in 2006 or 2007. During this time, SDI
had three major acquisitions; The Techs, OmniSource Corporation, and Elizabethton
Herb and Metal. The additions of these three companies were all in the fiscal year of
2007, which was the reason why goodwill jumped from 2.7% of plant, property and
equipment to a staggering 30.9% (SDI 10-K). This 28.2% increase in goodwill shows
that Steel Dynamics is overstating their assets which understates their expenses and
therefore overstates the net income of the entire company. By overstating the net
income, Steel Dynamics is showing better earnings than they are really obtaining.
These misleading figures give analysts a distorted view of the company. In order for
the analysis to be accurate, the goodwill must be impaired and restated correctly.
Potential red flags are important problems within a company’s financial
statements where flexibility allows managers to distort numbers. This usually allows for
abnormal profits and an incorrect view of the company’s overall performance. Other
than goodwill, Steel Dynamics’ financials do not raise red flags. This shows that the
corporation has very good disclosure for its other operations. This is important because
when these problems are found, a restatement of the financial statements is needed in
order to undo the accounting distortion. If the firm discloses its books truthfully, then
analysts do not have to go back and restate the income statement and balance sheet
which will be shown in the next section.
Accounting Distortions
Accounting distortions are usually caused by managers’ intentional
misrepresentation of certain assets which cause their statements to reflect their firms
more favorably. In order to more accurately value Steel Dynamics, we felt it was
necessary to restate goodwill, and consequently restate the affected balance sheets and
income statements. By doing this we hope to undo the accounting distortions and
provide more useful information to both common readers and investors.
106
Goodwill
After carefully studying Steel Dynamics’ 10-K, we noticed that goodwill had never
been impaired. After an analysis, we also discovered that goodwill has become an
increasingly larger percentage of the firms’ long term assets, as restated in the graph
below.
Steel Dynamics' Goodwill as a Percent of Total Assets, PPE (in thousands)
Total Assets Goodwill % of Total Assets PPE % of PPE
2008 6,054,879 781,555 12.9% 1,997,495 39.1%
2007 4,519,453 510,983 11.3% 1,652,097 30.9%
2006 2,247,017 30,966 1.4% 1,136,703 2.7%
2005 1,757,687 1,925 0.1% 999,969 0.2%
2004 1,733,619 0 0.0% 1,024,044 0.0%
2003 1,448,439 0 0.0% 1,001,116 0.0%
There was no goodwill on the books until 2005, and in three years it has jumped from
.2% of plant property and equipment, up to 39.1% in 2008. The approximate $780
million growth of goodwill over three years immediately caught our attention. We
realized that we needed to restate Steel Dynamics’ income statements and balance
sheets in order to undo these blatant accounting distortions and to present more useful
information to readers. With regards to amortization, we wrote off goodwill at 20% over
five years, which is shown in the following graph:
Impairment of Goodwill (in thousands) (SDI 10-K)
2003 2004 2005 2006 2007 2008
Goodwill Before: 0.0 0.0 1,925.0 30,966.0 510,966.0 781,555.0
Goodwill After: 0.0 0.0 1,540.0 24,387.8 402,194.6 516,472.6
Amortization
amount: 0.0 0.0 385.0 6,578.2 108,771.4 265,082.4
107
By amortizing the goodwill we have effectively decreased goodwill’s value in
2008 from $781.5 million to $516.5 million. This is yielded a difference over five years
of $265 million, and considering Steel Dynamics’ net income in 2007 was merely $285.8
million, this is obviously a significant number to the firm. The deduction of this
intangible asset affected the following: total assets, liabilities, net income and retained
earnings.
Since goodwill is classified as a non-current asset on the balance sheet, we had
to add “goodwill impairment” onto the statement. The overstated total assets decreased
by the amortization amounts for each year in the above table.
As a result of overstating goodwill, Steel Dynamics’ total expenses were
understated by the missing amounts of goodwill expense. Therefore, added “goodwill
expense” to underneath “selling, general and administrative expense,” which increased
the expenses by the amortization amounts year to year.
By doing this, we also consequently decreased the amount of net income on the
income statement by the impairment amounts in the above graph. Since net income is
closed into the balance sheet, retained earnings were also decreased by the change in
net income.
These changes are shown in the following pages. First are the statements in
their original forms from Steel Dynamics’ 10-Ks, followed by our restated income
statement and balance sheet which have been adjusted for the impairment of goodwill.
108
STEEL DYNAMICS, INC. CONSOLIDATED BALANCE SHEETS (in thousands, except share data) Years Ended December 31
2004 2005 2006 2007 2008Assets
Current assets: Cash and equivalents 16,334 65,518 29,373 28,486 16,233 Accounts receivable, net 209,742 197,527 348,148 662,285 424,003 Accounts receivable-related parties 38,981 38,830 53,365 44,103 49,921 Inventories 381,488 398,684 569,317 904,398 1,023,235 Deferred income taxes 6,856 6,516 13,964 10,427 23,562 Other current assets 18,980 13,307 15,167 38,795 143,953 Total current assets 677,519 725,733 1,036,197 1,696,229 1,709,915 Property, plant and equipment, net 1,024,044 999,969 1,136,703 1,652,097 2,072,857 Restricted cash 989 1,588 5,702 11,945 18,515 Intangible assets — — 12,226 514,547 614,786 Goodwill — 19,250 30,966 510,983 770,438 Other assets 31,067 30,397 25,223 133,652 67,066 Total Non-current Assets: 1,056,100 1,031,954 1,210,820 2,823,224 3,543,662 Total assets 1,733,619 1,757,687 2,247,017 4,519,453 5,253,577
Liabilities and Stockholders’ Equity Current liabilities: Accounts payable 136,517 111,067 145,938 358,921 259,742 Accounts payable-related parties 5,371 4,475 2,004 19,928 3,651 Income taxes payable 30,497 25,870 4,107 Accrued expenses 75,750 80,527 91,527 150,687 209,697 Accrued interest 8,796 8,952 Accrued profit sharing — — 46,341 53,958 62,561 Senior secured revolver — — 80,000 239,000 36,600 Current maturities of long-term debt 6,774 2,156 686 56,162 65,223 Total current liabilities 233,208 207,177 396,993 904,526 970,981 Long-term debt: Other long-term debt 19,458 17,960 16,920 16,183 2,219,161 Unamortized bond premium 7,147 5,459 3,772 — — Total long-term debt: 441,605 438,419 358,192 1,734,683 2,219,161 Deferred income taxes 209,215 231,105 256,803 301,470 365,494 Minority interest 2,469 1,118 1,424 11,038 8,427 Other long term liabilities — — 2,497 38,540 65,626 total non-current liabilities 653,289 670,642 618,916 2,085,731 2,658,710 Total Liabilities 886,497 877,819 1,015,909 2,990,257 3,629,691
Commitments and contingencies Stockholders’ equity: Common stock 523 529 537 542 542 Treasury stock, at cost -84,141 -270,905 -230,472 -457,368 -737,319 Additional paid-in capital 390,505 405,900 367,772 553,805 541,686 Other accumulated comprehensive income — — — 21 -1,411 Retained earnings 540,235 744,344 1,093,271 1,432,196 1,820,385 Total stockholders’ equity 847,122 879,868 1,231,108 1,529,196 1,623,886 Total liabilities and stockholders’ equity 1,733,619 1,757,687 2,247,017 4,519,453 5,253,577
109
STEEL DYNAMICS, INC. CONSOLIDATED BALANCE SHEETS (in thousands, except share data) Years Ended December 31 *Adjusted for the impairment of goodwill
ACTUAL 2004 2005 2006 2007 2008
Assets Current assets: Cash and equivalents 16,334 65,518 29,373 28,486 16,233 Accounts receivable 209,742 197,527 348,148 662,285 424,003 Accounts receivable-related parties 38,981 38,830 53,365 44,103 49,921 Inventories 381,488 398,684 569,317 904,398 1,023,235 Deferred income taxes 6,856 6,516 13,964 10,427 23,562 Other current assets 18,980 13,307 15,167 38,795 57,632 Total current assets 677,519 725,733 1,036,197 1,696,229 1,709,915 Property, plant and equipment, net 1,024,044 999,969 1,136,703 1,652,097 2,072,857 Restricted cash 989 1,588 5,702 11,945 18,515 Intangible assets — — 12,226 514,547 614,786 Goodwill — 19,250 30,966 510,983 770,438 Goodwill impairment — 385 6,578 108,771 516,473 Other assets 31,067 30,397 25,223 133,652 67,066 Total non-current assets 1,056,100 1,031,569 1,204,242 2,714,453 3,027,189 Total assets 1,733,619 1,757,302 2,240,439 4,410,682 4,737,104
Liabilities and Stockholders’ Equity Current liabilities: Accounts payable 136,517 111,067 145,938 358,921 259,742 Accounts payable-related parties 5,371 4,475 2,004 19,928 3,651 Income taxes payable 30,497 25,870 4,107Accrued expenses 75,750 80,527 91,527 150,687 209,697 Accrued interest 8,796 8,952 Accrued profit sharing — — 46,341 53,958 62,561 Senior secured revolver — — 80,000 239,000 36,600 Current maturities of long-term debt 6,774 2,156 686 56,162 65,223 Total current liabilities 233,208 206,792 390,415 795,755 454,508 Long-term debt: Other long-term debt 19,458 17,960 16,920 16,183 2,219,161 Unamortized bond premium 7,147 5,459 3,772 — — Total long-term debt: 441,605 438,419 358,192 1,734,683 2,219,161 Deferred income taxes 209,215 231,105 256,803 301,470 365,494 Minority interest 2,469 1,118 1,424 11,038 8,427 Other long term liabilities — — 2,497 38,540 65,626 Total liabilities 886,497 877,434 1,009,331 2,881,486 3,113,218
Commitments and contingencies Stockholders’ equity: Common stock 523 529 537 542 542 Treasury stock, at cost (84,141) (270,905) (230,472) (457,368) -737,319 Additional paid-in capital 390,505 405,900 367,772 553,805 541,686 Other accumulated comprehensive income — — — 21 -1,411 Retained earnings 540,235 743,959 1,086,693 1,323,425 1,303,912 Total stockholders’ equity 847,122 879,868 1,231,108 1,529,196 1,623,886 Total liabilities and stockholders’ equity 1,733,619 1,757,302 2,240,439 4,410,682 4,737,104
110
STEEL DYNAMICS, INC.: CONSOLIDATED STATEMENTS OF INCOME (in thousands, except share data) Years Ended December 31,
Actual 2004 2005 2006 2007 2008
Net sales Unrelated parties $1,885,387 $1,959,428 $2,995,952 $4,158,844 7,743,251 Related parties 259,526 225,438 242,835 225,705 337,270 Total net sales 2,144,913 2,184,866 3,238,787 4,384,549 8,080,521Costs of goods sold 1,541,423 1,699,717 2,408,795 3,468,855 6,849,262 Gross profit 603,490 485,149 829,992 915,694 1,231,259Selling, general and administrative expenses 96,581 91,974 170,878 224,540 267,688 Profit Sharing — — — — 66,997 Amortization — — — — 41,334 Operating income 506,909 393,175 659,114 691,154 855,240Interest expense 38,907 34,341 32,104 55,416 144,574 Gain from debt extinguishment Other expense (income), net -7,031 -1,792 -4,545 5,500 -33,147 Income before income taxes 475,033 360,626 631,555 630,238 743,813 Income taxes 179,719 138,841 234,848 235,672 280,427 Net income $295,314 $221,785 $396,707 $394,566 463,386Basic earnings per share $5.99 $4.97 $4.22 $4.24 $2.45
0.582578 0.564087 0.601879 0.570880 0.541820 Weighted average common shares outstanding 49,287 89,242 93,931 93,161 189,140 Diluted earnings per share, (including the effect of assumed conversions for 2005-2007) $5.27 $4.35 $3.77 $4.02 $2.38 Weighted average common shares and share equivalents outstanding 56,527 103,284 105,774 98,402 194,586 Dividends declared per share $0.25 $0.20 $0.50 $0.60 $0.40
111
STEEL DYNAMICS, INC.: CONSOLIDATED STATEMENTS OF INCOME (in thousands, except share data) Years Ended December 31, *Adjusted for the impairment of goodwill
Actual 2004 2005 2006 2007 2008
Net sales Unrelated parties $1,885,387 $1,959,428 $2,995,952 $4,158,844 7,743,251 Related parties 259,526 225,438 242,835 225,705 337,270 Total net sales 2,144,913 2,184,866 3,238,787 4,384,549 8,080,521 Costs of goods sold 1,541,423 1,699,717 2,408,795 3,468,855 6,849,262 Gross profit 603,490 485,149 829,992 915,694 1,231,259 Selling, general and administrative expenses 96,581 91,974 110,808 150,865 267,688 Profit Sharing — — — — 66,997 Amortization — — — — 41,334 Goodwill expense — 385 6,578 108,771 516,472 Operating income 506,909 658,729 652,536 550,343 142,642 Interest expense 38,907 34,341 32,104 55,416 144,574 Gain from debt extinguishment Other expense (income), net -7,031 -1,792 -4,545 5,500 -33,147 Income before income taxes 475,033 360,241 624,977 521,467 743,813 Income taxes 179,719 138,841 234,848 235,672 280,427 Net income $295,314 $221,400 $390,129 $285,795 -53,086 Basic earnings per share $5.99 $4.97 $4.22 $4.24 2
Weighted average common shares outstanding 49,287 89,242 93,931 93,161 189,140 Diluted earnings per share, (including the effect of assumed conversions for 2005-2007) $5.27 $4.35 $3.77 $4.02 $2.38 Weighted average common shares and share equivalents outstanding 56,527 103,284 105,774 98,402 194,586 Dividends declared per share $0.25 $0.20 $0.50 $0.60 $0.40
112
Financial Analysis, Financial Statement Forecasts, and Estimating the Cost of Capital
When valuing a firm, one must not overlook the critical nature of the financial
statements. Not only must we evaluate the statements of an individual firm, but it
must also closely study the statements of the industry, which includes the main
competitors. In order to properly value a firm, a careful financial analysis using a
variety of ratios must take place. Liquidity, profitability, and capital structure issues are
all addressed using a host of easy to use ratios. Once these have been calculated, an
analyst can offer fact based opinions and inferences in order to paint a clear picture of
what the firm is doing with a financial frame of reference. Using these ratios the
analyst can then move on to actual financial statement forecasting for future years
performance.
Key ratios like the Asset Turnover ratio can be used to link the statements in
order to use actual numbers to derive logical future performance. Properly forecasted
numbers are crucial to the success of an equity valuation. Finally, once ratios are
computed and statements are forecasted, we can then estimate the cost of capital for a
firm. Standard procedures call for regression data, looking for maximum amounts of
explanatory power and stability. Using the Capital Asset Pricing Model (CAPM) and an
alternative method as well, we estimated the cost of equity. Then, using a weighted
average approach, a cost of debt was estimated. With these figures determined, the
WACC (Weighted Average Cost of Capital), before and after tax, could be computed.
All of the presented and calculated data is the next step for determining the actual
value of a firm, and will be used in the final process of equity valuation.
113
Financial Analysis:
A proper evaluation of financial statements, typically referred to as a financial
analysis using ratios, is the first step in the process. Conclusions drawn from using
ratio analysis are improved when bench-marking is used against the industry. By
observing the changes and stabilities of certain key ratios, logical arguments can be
backed by industry benchmarked results. The benefits of ratio analysis include
observable trends in the industry that can be used to make insightful conclusions. We
will discover and discuss three types of ratios; liquidity, profitability, and capital
structure.
Liquidity Analysis
The critical starting point for any appropriate financial analysis of an industry and
a specific firm is to perform a thorough ratio analysis. By using very familiar ratios to
analyze numbers found on financial statements, a valuation team can build a base for
further scrutiny of the true value of a firm. This section will focus on evaluating
liquidity ratios. Such ratios indicate the specific ability to maintain sufficient resources
to meet obligations that are coming due. Basically, the main focus is on firms in the
steel industry and their ability to cover debts. A few operating efficiency measures will
also be included in this analysis, as they also add to the firm’s liquidity factor. Using a
time series and cross sectional approach, we present the figures that are easy to read
and clearly communicate the general trends and their implications. By doing such an
analysis, we are able to assess the financial condition of the company and the ultimate
results from its ongoing operations.
114
Current Ratio
To begin the liquidity analysis, we computed a six year horizon of what is known
as the Current Ratio. This ratio is determined by dividing the total current assets of a
firm by their total current liabilities. These numbers are found on the balance sheets of
all firms, and when plugged into this ratio, can give a view of a firm’s liquidity. All other
things equal, one would hope to see a relatively stable relationship. Also, a larger
number for the current ratio is desirable for most firms because it equates to more
financial coverage. If a number is below 1, it would indicate that a firm cannot pay off
its short term liabilities with its short term assets. As the graph indicates, all firms in
this valuation have current ratios of basically above 1.5 for the last six years. For the
last four years, however, Steel Dynamics has shown a steady decline in coverage. This
is a negative for a firm and could either be explained by an increase in liabilities or a
decrease in assets. In the case of Steel Dynamics, the resulting decline in current ratio
is most definitely a product of rapidly increasing total current liabilities. From 2006 to
2007 alone, there was a six million dollar increase. The steel industry however paints a
much more pleasant picture with regards to the ratio. The industry average is basically
stable, around 2.5, which means good coverage for upcoming obligations. The spread
is very typical for a commodity industry like steel, with a maximum around 3.5 and a
minimum of 1.5, for the time period analyzed. Nucor outperforms the other firms,
especially US Steel, in terms of coverage, and we will see this same basic trend in a few
other ratios as well. Steel Dynamics’ trends are the most volatile, having the highest
highs and the lowest lows. There is hardly any observable market segmentation since
all firms present basically the same results. It is important for firms to maintain a
relatively good current ratio because bankers would prefer firms to maintain high
current assets to ensure repayments.
The impact of this ratio on Steel Dynamics is concluded to be negative, primarily
due to the steady decrease in coverage for the last few years. However, they are still
very able to meet their obligations. On the other hand the impact on the industry as a
115
whole is considered to be a favorable change, relying on the observable increase in
coverage over the last year.
Quick Asset Ratio
The next ratio that is useful in determining a relevant conclusion of an industry
and a firm’s overall liquidity is the Quick Asset Ratio, sometimes referred to as the Acid-
Test ratio. The denominator for this ratio is composed of the most liquid three
components of current assets. It includes cash and cash equivalents, marketable
securities, and accounts receivables. The sum of these figures is then divided by the
total current liabilities. The ease of converting these assets into cash in order to meet
current obligations is a significant factor for basically all firms in any field. Inventory is
left out of the equation in order to fully observe a more narrow view of liquidity. A
higher ratio is preferred by firms because it implies that they are able to convert their
current assets into cash relatively quickly.
The graph presented shows the acid-test numbers for the last six years. Clear
market segmentation has occurred throughout this time series, with Nucor topping all
others for every single year. Steel Dynamics is almost constantly the lowest. This is
00.51
1.52
2.53
3.54
2003 2004 2005 2006 2007 2008
Current Ratio
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
116
clearly due to the lack of marketable securities, which would decrease the denominator
making the final computation lower than is would be with a large amount of securities.
On average, the industry is stable with respect to the quick asset ratio. This implies
relative ease of conversion for all competing firms. US Steel presents the only real
increase in from 2007 to 2008. Steel Dynamics is below the industry average for the
last five years which allows for the conclusion that the change on liquidity for the
individual firm is actually a negative impact. As for the industry, the same can be said
for all competitors minus US Steel. However, the competitors do not show as
considerable a change, so we will not label the impact as negative, rather simply as
essentially no change.
Inventory Turnover
Inventories can represent a sizeable share of total assets. Holding inventory for
an exceptionally long period is never considered favorable. For firms in the commodity
steel industry, inventory turnover does not have to be high. The flat rolled steel is not
going to spoil. The ITO (Inventory Turnover Ratio) measures, within a considerable
degree of accuracy, how efficient a firm is or has been with regards to controlling such
an expensive investment as inventory. Intuitively, it can be said that a favorable ratio
0
0.5
1
1.5
2
2.5
2003 2004 2005 2006 2007 2008
Quick Asset Ratio
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
117
result would be high, meaning that total inventory will be turned over numerous times
within a given year. More turns means more revolutions of the “cash wheel”.
By dividing the cost of revenue by inventory at cost for a given year, we
computed this turnover ratio. Immediate attention is drawn to the lowest line on the
graph, Steel Dynamics. Having less turns indicates perhaps a negative aspect of
operating efficiency taking place at the company. However, the stability of said firm
might outweigh the high turn, high uncertainty downsides that apparently face all
competitors. It is clear that all companies in the mix have dramatically increased from
their lows in 2007. This increase in operating efficiency ultimately increases liquidity
and viability of a company. Another ratio that is considerably linked to this is the days
supply of inventory calculation. It points to the same general conclusions only in a
mirroring manner, using a more familiar concept of “days” rather than “turns”.
0
2
4
6
8
10
12
14
2003 2004 2005 2006 2007 2008
Inventory Turnover
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
118
Days Supply Inventory
As just suggested we see just the opposite, in a sense, of the inventory turnover
illustration. Take the number of days in a year, 365, and divided it by the ITO to arrive
at the number of days that a dollar spends in inventory. Production improvements,
especially the key success factor of increasing efficient production which is common in
the industry, will improve this figure. This metric is favored when performing a financial
analysis because of the relevant unit.
Despite the obvious segmenting that has been found, the industry average is
well over a month. One could even estimate that for this situation it should be thought
of as two months, or 60 days. A commodity that can sit longer in inventory is not
always a negative effect for firms that manufacture it. As stated, Steel Dynamics
produces primarily rolled steel with a shelf life much like any other durable item. Firms
like Nucor and US Steel are involved in projects that require them to produce goods on
demand, to be utilized by the purchaser as soon as possible. This specialization and
quick selling tactic, in some respect, lowers the amount of time inventory hangs around.
Industry average is shown as very stable, with a minor shift towards increasing
operating efficiency. Overall, the impact on our results for all companies is a favorable
change.
0
20
40
60
80
100
120
2003 2004 2005 2006 2007 2008
Days Supply Inventory
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
119
Receivables Turnover
A reliable ratio for determining whether or not a firm is efficient in the manner in
which is makes and collects sales on credit. By dividing sales by the net accounts
receivables, we arrived at a pretty consistent conclusion for this aspect of financial
analysis. When a company sells a product and accounts for that sale on credit, it
creates an account to be received. The more a company makes this type of sale, the
greater the figure on the balance sheet. Accounts receivables are very important for
accounting numbers, especially since they can be sold or even pledged in a transaction.
The graph below portrays consistent industry averages and individual numbers.
Nucor sells more products, and therefore is expected to have a higher amount of
receivables. However, all firms have demonstrated similar selling and collecting
processes. For the most part, the turnover ratio averaged around 10 turns; however in
2008 the numbers literally doubled. To account for this drastic increase, we observe
the fact that sales increased industry wide. With a larger number in the denominator,
we see the mathematical illustration of an increase across the board. Essentially, there
was a positive impact in the last year for steel firms, all increasing their receivables
turnover. All previous years, 2003-2007 demonstrated no significant changes.
0
5
10
15
20
25
2003 2004 2005 2006 2007 2008
Receivables Turnover
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
120
Days Sales Outstanding
An even more precise measure that involves the proceeding ratio is called Days
Sales Outstanding. It is found by dividing the number of days in a year, 365, by the
Accounts Receivables Turnover Ratio. This measure demonstrates on average how
long it takes to collect on an account. Of course one would want to be paid sooner
rather than later, a principle of finance. If we were to see a trend of rapid increases in
length of time, it might cause some concern from an outsider’s point of view. Also, a
high number of days might indicate inefficiency with regards to collection processes.
We see the same obvious market segmentation that occurred in the previous
ratio. Nucor takes considerably less time to collect on their sales. Beyond this point,
we come to the conclusion that the most recent information points to an actual
convergence of all firms. Therefore, it is difficult to speak wisely on the reason for the
shape of this graph. Steel Dynamics represents the most significant positive impact in
the last year. This effect can be rationally argued as a result of altering the terms of
their short term receivables. Despite being the industry out-performer, Nucor
demonstrates the only actual increase in days sales outstanding. The information
shown here is a direct result of the receivables turnover ratio calculations. When the
turns are high, days will be low, and vice versa.
0
10
20
30
40
50
60
2003 2004 2005 2006 2007 2008
Days Sales Outstanding
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
121
Working Capital Turnover
A ratio called Working Capital Turnover is a good measure for evaluating the
entire collection of processes previously mentioned. Therefore, a favorable result for
this ratio would be relatively high. The formula for this ratio is total net sales divided by
the amount of working capital. Working capital is of course the current assets minus
the current liabilities. The relevant information provided by this ratio is whether the
firm is doing a decent job of using the money from its sales to efficiently fund its
operations. Because working capital is related to operating efficiency and liquidity, it is
a significant ratio that attention need be paid to. Managing the level of working capital
is a job in and of itself for most industries.
The chart that portrays the last six years of ratio data presents little
segmentation. The most impressive move shown is from 2007 to 2008 as Steel
Dynamics drastically improves. A stable relationship between industry average and
individual firm figures clearly demonstrates similar operating activities. Nucor, which
leads the way in many ratios, does not for working capital turnover. US Steel is said to
be getting the most “bang for buck”, as it out performs all other firms in the time trend
analysis. This ratio allows us to believe that even though certain preceding ratio figures
for Steel Dynamics are not often extremely favorable, the measurement used to analyze
the entire process shows significant improvement most recently.
0
2
4
6
8
10
12
2003 2004 2005 2006 2007 2008
Working Capital Turnover
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
122
Cash-to-Cash Cycle
The figure below is a artistic representation of what many financial analysts refer
to as the Cash to Cash Cycle, or the “money merry go round” unprofessionally
speaking. It represents the process of investing money into a cycle of inventory, sales,
receivables, and collections. The summation of the Days Sales Outstanding and the
Days Supply of Inventory numbers will provide an analyst with a figure known as the
“Cash to Cash Cycle”. The final results indicate how long it takes a firm, in days, to
turn money invested into inputs into final revenues.
Intuitively, the lower the figure that is found for firms in the industry, the more
liquid that industry tends to be. This is due to the fact that both components of this
ratio are more favorable if they are smaller. Fewer days means more liquidity, and
overall better viability.
The graph points out Steel Dynamics’ underperformance against industry norms.
However, all firms taken into consideration did improve over the last year. Consistency
123
would indicate proper procedures taking place, and improvements only mean good
things for a firm. Because steel making is a relatively long process, one would expect
to see a relatively lengthy cash to cash cycle. AK Steel, US Steel, and Nucor have had
better figures for this ratio than Steel Dynamics for the last six years. However,
because of the most recent data shown, we can conclude that the overall impact is
favorable for the steel industry as a whole.
Conclusion
The processes involved in a financial analysis use ratios as a starting point. From
there one can forecast numbers and make estimations of the cost of capital. When
comparing the liquidity measures we came to a set of conclusions that can be
summarized in the following table. For the most part, the steel industry is liquid,
meaning they are capable of meeting their obligations and converting items into cash
quickly. The impacts observed are backed by actual results from using the said list of
ratios. Now that we have analyzed the liquidity of the steel industry, we will move on
to determine the level of profitability the firms demonstrate.
020406080
100120140160
2003 2004 2005 2006 2007 2008
Cash‐to‐Cash Cycle
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
124
RATIO IMPACT ON SDI
IMPACT ON INDSUTRY
TREND
CURRENT RATIO Negative Favorable Positive QUICK RATIO Negative No Significant
Change Stable
INVENTORY TURNOVER
Favorable Favorable Positive
RECEIVABLES TURNOVER
Favorable Favorable Positive
WORKING CAPITAL TURNOVER
Favorable Favorable Positive
Profitability Analysis
Profitability ratios effectively illustrate the relationship between revenues and the
cost that are incurred to earn them. Therefore information from both the balance sheet
and income statement is used. Profitability analysis ratios provide investors with the
information necessary to evaluate several key factors related to profits which include:
1) Operating Efficiency
a. Gross Profit margin
b. Operating Expense
c. Operating profit
d. Net profit Margin
2) Asset Productivity
a. Asset turnover
3) Rate of Return on Assets
a. ROA
4) Rate of return on Equity
a. ROE
The operating efficiency ratios compare expense items found on the income
statement to sales. This is important because one of the main goals for any firm is to
125
achieve a target volume of sales while incurring the minimum amount of expense while
doing so. Asset productivity measures the productivity (in terms of revenue) of
resources owned by company. Return on assets is a comprehensive measure of profits
because both operating efficiency and asset productivity are considered. Return on
equity is a measure of how profitable the owner’s interest in the firm’s total assets is.
Several factors influence ROE, including profit margin, assets turnover, and how ROA
and ROE relate to each other. By evaluating these four critical factors with financial
ratios, investors gain the critical ability to set industry benchmarks to evaluate a firm.
As illustrated by the above table, Steel Dynamics has experienced a decrease in
profitability in virtually every measure in 2008. The industry has fared somewhat better,
experiencing an increase in the industry average of asset productivity.
RATIO IMPACT ON SDI IMPACT ON INDSUTRY TREND
Gross Profit Margin Negative No significant Change Positive
Operating profit Negative Negative Negative
Net Profit Margin Negative No significant Change Stable Trend
Asset Turnover Negative Favorable Positive
ROA Negative Negative Stable Trend
ROE Negative Negative Stable Trend
Internal Growth Rate Negative No Significant Change Stable Trend
Sustainable Growth Rate Negative Negative Stable Trend
126
Gross Profit Margin
Gross profit margin is a percentage measure of the relationship between gross
profits (Total Revenues less cost of goods sold) and sales in the current period. In other
words, gross profit margin is a ratio that measures basic product profitability. The
higher the gross profit margin is, the more efficient the firm is at turning their inventory
into profits. Steel Dynamics Gross profit margin is currently performing at the industry
average of 15%. 2008 is the first time in the last six years that Steel dynamics has not
significantly outperformed the industry average. This is due to an increasing cost of
goods sold over the past two years. Like Steel Dynamics, the other firms in the industry
have all moved towards the industry average of 15% with exception of US Steel which
is still underperforming with a gross profit margin of 12%. The nature of the Steel
Industry (basic materials) leads firms to have low gross profit margins due to the fact
that basic material manufactures rely on selling large quantities of product in contrast
to a specialty steel manufacturer who relies on superior product specialization and
quality.
‐0.05
0.00
0.05
0.10
0.15
0.20
0.25
0.30
2003 2004 2005 2006 2007 2008
Gross Profit Margin
Steel Dynamics AK Steel Nucor U.S. Steel Industry Average
127
Operating Profit Margin
The operating profit margin ratio is a measure of day to day business profit. The
operating profit margin allows an analyst to gauge how efficient a firm is at managing
costs associated with the production process. The higher the ratio, the more efficient
the firms operations are. This is very important due to the critical nature of the
utilization of everyday operating activities to produce profit. This ratio is calculated by
dividing operating income (gross profit less operating expense) by total revenue. As
seen in the graph above Steel Dynamics (in terms of operating profit margin) is
operating close to the industry average of 9% with an operating profit margin of
10.5%. The only firm that perennially underperforms compared to its competitors is AK
Steel which has fluctuated around 1%. Steel Dynamics’s restated operating profit
margin is basically the same as the original number due to the fact that the only line
item that affects the restated numbers is a small impairment of goodwill. The change in
the restated numbers is so slight that it is not an important issue.
‐0.2
‐0.15
‐0.1
‐0.05
0
0.05
0.1
0.15
0.2
0.25
0.3
2003 2004 2005 2006 2007 2008
Operating Profit Margin
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
128
Net Profit Margin
Net Profit margin is a very good measure of a firms well being due to the fact
that it serves not only as a measure of profitability, but as a measure of how well a firm
is able to control its cost as well. Net profit margin is calculated by dividing a firm’s net
income over sales which then yields the ratio in percentage form. A high net profit
margin ratio would mean that a firm has high net income and is able to control costs
associated with selling the product. Steel Dynamics has steadily increased their net
profit margin since 2003 to a 2008 ratio of .06 which is on par with the industry
average. This was mainly achieved by extremely large increase in sales (180%) over
the past 6 years. Once again, AK Steel is the underachiever in the industry with a net
profit margin that for the most part stays around .04. Once again, Steel Dynamics’s
restated numbers for this ratio are insignificant.
‐0.20
‐0.10
0.00
0.10
0.20
2003 2004 2005 2006 2007 2008
Net Profit Margin
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
129
Asset Turnover
Asset turnover is one of the most important profitability measures available to a
financial analyst because it effectively measures how effectively a firm is utilizing the
assets that it employs. This ratio is calculated by taking total revenue and dividing it by
total assets. It is important to note that this particular ratio is calculated with lagged
total asset numbers. This basically means that to find the correct ratio for 2008, total
revenue from 2008 and total assets from 2007 would be used. The reason a lag is used,
is to ensure that the assets that actually produced the profits for the current year are
used in the calculation, not the assets for the current term. This ratio effectively links
arguably the two most important line items from the balance sheet (Total Assets) and
the income statement (Total Revenue). Though initially falling short, Steel Dynamics
has been keeping up to par with the industry average for the past three years. Nucor
has the best asset turnover ratio by far with a ratio of 2.45 in 2008, while AK steel falls
below the industry average once again.
0
0.5
1
1.5
2
2.5
3
2003 2004 2005 2006 2007 2008
Asset Turnover
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
130
Return on Assets (ROA)
Return on Assets is a percentage measure of how efficient a firm is at generating
profit from its operating assets. To calculate this ratio you divide the current period’s
net income by the previous period’s total assets. Like asset turnover a lag is utilized so
that to assets that produced the capital are used in the calculation. A high ROA ratio is
favorable because the high ratio would lead an analyst or investor to the conclusion
that management is making sound decisions when investing in assets. The Industry as
a whole stayed around a ROA ratio of .15 with exception of AK steel once again. US
steel enjoyed a sharp increase of ROA in 2004, due to US Steel’s liquidation of a large
portion of their assets that same year. The restated ROA for Steel Dynamics was once
again so similar to the original numbers that it is not an important issue.
‐0.20
0.20.40.60.81
1.2
2003 2004 2005 2006 2007 2008
Return on Assets
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
131
Return on Equity (ROE)
Return on Equity is a ratio that provides information on how well a firm is
generating income from shareholders equity. Once again, this is a ratio calculated using
lagged numbers. Therefore, the current year’s net income is divided by the previous
year’s share holder’s equity to provide accurate information on how well income was
generated from the equity. A higher ratio is preferred because this is a good indication
to investors if the firm is utilizing funds shareholders equity, or “plowback” funds, to
produce income and growth for the firm. Steel dynamics 2008 restated ROE ratio is
below the industry average at -.03. This was due to the large amount of shareholders
equity that was lost from the impairment of goodwill on the restated financial
disclosures.
‐5
‐4
‐3
‐2
‐1
0
1
2
2003 2004 2005 2006 2007 2008
Return on Equity
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
132
Conclusion
After performing the applicable profitability analysis’s, it was determined that
Steel Dynamics has either matched or outperformed the industry average over the last
6 years. This is a good indication that Steel Dynamics is not only controlling their costs
effectively, but is also experiencing high profits. Though Steel Dynamics has kept up
with the competitors in the industry, they have experienced declines in their profitability
ratios over the last year. For the majority of Steel Dynamics’s restated ratios were not
causes for concern. This is due to the fact that the changes were so minute that in
most cases the change in the restated numbers is not visibly evident in the graphs.
The operating efficiency, asset, and equity productivity strategies that Steel Dynamics
has implemented seem to be working. This is evident upon review of the overall trend
of the industry which has been generally positive over the last six years.
Growth Rate Analysis
Analyzing firms past internal growth rates and sustainable growth rates affords
and analyst or investor information that can be used to set industry wide benchmarks.
The internal growth rate and sustainable growth rate represent an “upper bound” or
maximum amount that a firm can grow without outside funding or a restructuring of its
capital structure. For any decision that hinges on future profitability, taking growth rate
analyses into account is critical if one wishes to make an educated and calculated
decision.
Internal Growth Rate
The internal growth rate is the largest amount of growth that a firm can achieve
with assets found within the company. In other words, IGR is how much a firm can
grow without any outside assistance in the form of loans. Due to this, the internal
growth rate that a firm can achieve is directly correlated with the amount of retained
earnings that are available for “plowback” purposes. A high internal growth rate is good
133
because this would show that a firm is self sufficient at utilizing retained earnings and
has ability to finance itself with capital created from its operations. The internal growth
rate is calculated by multiplying the firms return on assets ratio by 1 minus the dividend
payout ratio. Steel dynamics internal growth rate fluctuated between 11% and 19%
between the years of 2003 and 2008 and never dipped below the industry average.
This is a good indication that steal dynamics is putting its retained earnings to work by
expanding the company. The industry (including steel dynamics) had a comparatively
poor year in 2003 but regained ground over the past 5 years. The only firm that
consistently had internal growth rates far below the industry average is AK Steel. The
last six years have shown that AK steel has little to no ability to expand itself through
the use of residual earnings. After 2005, Steel Dynamics restated numbers change due
the impairment of its goodwill. Steel Dynamics restated numbers do not change enough
to raise any alarm.
‐0.1
0
0.1
0.2
0.3
2003 2004 2005 2006 2007 2008
Internal Growth Rate
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
134
Sustainable Growth Rate
The sustainable growth rate is the highest growth rate that a firm can sustain
without increasing their leverage. As soon as a firm decides to exceed this rate, it must
gain its needed capital from outside sources. Since leverage is kept constant new equity
requires new debt. The sustainable growth rate is calculated by multiplying the firms
return on equity by 1 minus dividends over net income (payout ratio). The sustainable
growth rate for Steel Dynamics has exceeded the industry aver over the last 6 years,
even growing as large as 39% in 2004 and a most recent SGR of 33%. Steel dynamics
has paid dividends since 2004 which in turn reduces the amount of plowback capital
available for the firm to put towards growing the company. Once again all of Steel
Dynamics’ competitors enjoy a healthy growth rate with the exception of AK Steel which
enjoys a very meager 2008 SGR of .093%. Once again Steel Dynamics restated
numbers change after 2005 due to impairment of its goodwill. Comparison of the
original numbers and the restated numbers, we came to the conclusion that the original
SGR would not be realistically sustainable. Once Steel Dynamics’s SGR was restated, the
firm still slightly outperforms the industry average.
‐0.60
‐0.40
‐0.20
0.00
0.20
0.40
0.60
2003 2004 2005 2006 2007 2008
Sustainable Growth Rate
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
135
Capital Structure Analysis
The capital structure of a company refers to the financing of any acquired assets.
Assets are financed by a combination of liabilities and equity. There are three capital
structure ratios we use to measure Steel Dynamics’ ability to repay its interest and
principle on debt. In assessing their debt payment abilities we are also able to analyze
their credit exposure. These ratios include: Debt to Equity, Times Interest Earned, and
Debt Service Margin. To accurately analyze the results of the capital structure ratios we
created a table of Steel Dynamics and its three main steel and iron competitors to
determine the industry debt structures. This is visible below, we will now discuss the
trends and structure present in the steel industry, and Steel Dynamics specifically.
Debt to Equity
The Debt to Equity Ratio is simply a company’s leverage. It helps determine the
amount of credit risk a company is exposed to and how they are financed. The amount
of Debt to Equity is computed by dividing a company’s total liabilities by their total
owner’s equity. Both numbers are found on the Balance Sheet. A low debt to equity
ratio, between .4 and 1.25, is preferable because it indicates that a company’s structure
is primarily financed with equity, and so the company has less risk of not repaying the
interest and principle on their debt, with their current cash flows. If a Debt to Equity
ratio is above a 1.5, this indicates that for everyone $1.00 of equity there is $1.5 of
debt, which should alert concern for high credit risk.
As the graph indicates, the steel processing industry’s debt to equity average
was around 1.53 for the past six years. All of the competitors follow a similar trend
pattern, increasing and decreasing in the same years. Having such high ratio means
that Nucor, U.S. Steel and Steel Dynamics are financed more with debt than equity. For
investors and issuing credit this is seen as a “red flag.” However, if you just look at the
firm’s leverages from 2004-2006 it was lower. This coincides with the economic growth
of the time. Once the recession of October 2007 hit, the debt to equity logically reflects
a higher amount of debt being used to finance the steel and iron industries because
cash flows slowed. Nucor Corporation has the lowest D/E, which is highly favorable for
136
investors and lenders. And then on the other side, U.S. Steel was on the higher end
with a 6.17 ratio in 2003.
*Note AK Steel was removed from the analysis and graph because of their high negative equities which drastically skewed the graph so that the other ratios were not comparable.
Steel Dynamics’ amount of debt compared to equity is stable throughout the six
years. Generally, you want a consistent financing ratio because it shows the company
has a set leverage level they try to maintain. The debt to equity ratio can be lowered by
either increasing the amount of equity, like stocks, or decreasing the amount of
liabilities incurred. For SDI both debt and equity were growing from 2003-2006 but the
equity was increasing at a faster rate than debt was, dropping the Debt to Equity Ratio.
Having both debt and equity increasing is a good sign because it shows the company is
acquiring more assets every year. The increase in percent change of equity and the
decrease in the percent change of debt until 2006 are displayed below:
2003 2004 2005 2006 2007 2008
Total Liabilities 59.45% 51.14% 49.91% 45.21% 66.16% 69.09%
Total Owner’s Equity 40.54 48.86 50.06 54.79 33.84% 30.91%
Total Sources of Assets 100% 100% 100% 100% 100% 100%
00.51
1.52
2.53
3.54
4.55
5.56
6.5
2003 2004 2005 2006 2007 2008
Debt to Equity Ratio
Steel Dynamics
Steel Dynamics Restated
Nucor
U.S. Steel
Industry Average (with out AK Steel)
137
As a whole, the industry is consistent. Steel Dynamics’ restated balance sheets
didn’t make much of a difference with the debt-to-equity structure. In fact, the Debt to
Equity ratio between restated and stated was the same until 2007. Even then the ratio
still remained within a .32 range. This is quantitatively shown in the chart below.
Liabilities Owner's Equity
Debt to Equity
Restated Liabilities
Restated Owner's Equity
Restated Debt to Equity
2004 886497 847122 1.05 886,497
847,122 1.05
2005 877819 879868 1.00 877,434
879,868 1.00
2006 1015909 1231108 0.83 1,009,331
1,231,108 0.82
2007 2990257 1529196 1.96 2,881,486
1,529,196 1.88
2008 3629691 1623886 2.24 3,113,218
1,623,886 1.92
SDI’s restated and stated numbers remained around 1.4. Comparatively, this is
lower then the industry average. SDI finances their assets with an average $1.40 of
equity for every $1.00 of debt. Although this is not as low as other industries, this is
favorable for SDI’s growth and it shows a lower default risk than their competitors. SDI
appears to have a set amount of leverage they try to maintain. The steel industry has
room for improvement in how they finance their assets.
Times Interest Earned
We continue our capital structure analysis with determining the ability of firms to
cover their interest expenses with their operating income. The ratio we use to do this is
called the “Times Interest Earned” ratio. It is computed by dividing a firm’s income from
operations by their interest expense of the same period. Times Interest Earned
specifically is critical to shareholders, because shareholders can not earn a profit unless
the company is able to adequately cover all of its interest charges. A larger number is
desired because this indicates that a company’s operating income completely covers the
interest amounts. In fact, banks prefer a number between 4 and 7 because this ensures
138
the interest they charge on bank loans will be recovered. The results for Steel Dynamics
and their competitors are shown below.
The steel industry has high numbers and is very volatile. AK Steel and Nucor
have no trend or pattern, with Nucor having extreme volatility. This could indicate that
Nucor is in a different segment. Steel Dynamics has a high times interest earned ratio.
In 2006, SDI had a ratio of 20.53. This number means that SDI could pay their interest
charges 20.53 times with their income from operations. Having such high numbers is
usually due to either an increase in earnings, or not financing their assets with large
amounts of debt, so their interest expenses are really low. After impairing goodwill,
SDI’s restated operating income decreased, causing the times interest earned ratio to
decrease as well. As illustrated above in the sporadic graph, there is no synchronization
or regularity seen in the Times Interest Earned Ratio for the steel processing industry,
which could be a potential financial problem. To alleviate banker’s concerns, SDI and
the steel industry should better target the amount of operating income that adequately
finances the interest expense.
Debt Service Margin As times interest earned covers the interest payments of debt, the debt service
margin measures the ability of a company to cover their principle amount owed with
their cash flow from operations. The Debt Service Margin (DSM) ratio requires a lag
‐80
20
120
220
320
420
520
2003 2004 2005 2006 2007 2008
Times Interest Earned
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
139
effect to take place, meaning that we will use the current portion of long-term debt of
the previous year to calculate this years DSM. This is reflected in the equation below:
Debt Service Margin= Cash Flow from Operations
Current Portion of Long-term debtt-1
DSM is lagged because a company uses the CFFO of this period to cover the
installments due on long-term debt that were incurred in the previous period.
Cash flow from operations is generally used to retire long-term debt. Naturally, the
higher the debt service margin, the better, because then the cash flow from operations
is completely covering the current portion of long-term debt. Banks especially pay
attention to DSM, to see if the company’s they lend to will be able to meet the required
principle payments. The graph further illustrates SDI and its competitor’s capital
structure:
Again, the steel processing industry has an irregular pattern regarding the debt
service margin. Times interest earned, which relates to the interest, and now debt
service margin, which relates to the principle, both are indicating no structure or trend,
numerically seen in Appendix 3. If a company does target their coverage of interest and
principles they are considered to have less credit risk and often receive lower interest
rates when borrowing money. Each competitor seems to be independent of each other,
regarding DSM. AK Steel didn’t report any current liabilities of LT debt for three years.
‐100
0
100
200
300
400
500
600
700
2003 2004 2005 2006 2007 2008
Debt Service Margin
Steel Dynamics AK Steel Nucor
U.S. Steel Industry Average
140
U.S. Steel had very low coverage, averaging under a 1:1 ratio. Having a ratio below 1
concludes that the majority of a company’s cash flow from operations is used to cover
their debt, this is not desirable. Nucor has some structuring, maintaining a range
between 1.5 and 4.68. The industry average can be thrown out here, because of such
volatility regarding payments.
The only trend Steel Dynamics follows is having an extremely high ratio. Higher
is better, but again this could reflect SDI having low financing with debt, and thus low
payments of long-term liabilities. Having a high ratio, could also be the product of
having a large amount of cash flow from operating activities. SDI’s large CFFO usually
means the more steel is being produced and sold, so having a high ratio may very well
be because SDI is generating enough revenue where they don’t have to incur as much
debt. The debt service margin for Steel Dynamics drastically increases, going from
10.17 in 2003 to 642.2 in 2007. This is relieving the pressure of CFFO to cover debts.
In conclusion of the capital structure ratios, the steel industry needs to target
both their times interest earned and their debt service margin ratios to increase stability
and decrease credit exposure. The trends indicate volatility and randomness. Although
debt to equity is high, there is consistency and structure. U.S. Steel demonstrated
consistent capital structure through out all three ratios; where as the rest of the steel
industry did not have much structure. Steel Dynamics has favorable results for their
leverage ratio and unfavorable results on their structuring choices to pay their interest
and debt principles. This is summarized in the table that follows.
CAPITAL STRUCTURE
RATIOS
IMPACT ON
SDI
IMPACT ON
INDUSTRY
TREND
Debt to Equity Favorable Negative Positive
Times Interest Earned Negative Negative Irregular
Debt Service Margin Negative Negative Irregular
Altman’s Z-score Favorable Favorable Positive
141
Altman’s Z-Score
In 1968 Edward Altman created a model called, z-score, which forecasts the
probability of a firm entering bankruptcy. Altman’s multilevel model has 5 independent
layers which ultimately combined, lead to credit ratings. The ratios are basically put into
a “blender” and are not related. Z-scores 72% of the time accurately measure the credit
exposure of a firm, and are widely used for decisions about bank loans (Altman’s Z-
Score). A probability of below 1.81 signifies high probability of bankruptcy. A z-score
between 1.81 and 2.67 is a grey are, but is considered in range of bankruptcy. A higher
z-score is most definitely preferred, and a score above 2.67 recognizes that the firm is
healthy, and not close to defaulting. “Generally speaking, the lower the ratio the higher
the odds of bankruptcy (Investopedia).” The five layers that make up the z-score
equation are broken down below:
1.2
1.4
3.3
.6
1.0
Layer One: The first layer is 1.2 weight, or level of importance, and is used to
determine if a firm’s working capital is large enough to pay off their debt. Like
mentioned in the liquidity analysis, working capital runs into a contradiction. The
bankers want high current assets to ensure being repaid, and managers want low
amounts of ending inventory to avoid storage and loss costs.
Layer Two: The second layer has a 1.4 thickness and evaluates factors of the asset
equation. It basically explains how much profits are from net income.
Layer Three: Is the most heavily weighted layer and establishes the profitability of
assets. A higher ratio shows that the company has more profitable assets, which leads
to overall more cash. More cash is preferred by the business, investors, and bankers.
142
Layer Four: The fourth explains the relationship between the actual market value and
the original reported book value of equity. This layer has the smallest thickness.
Layer Five: The fifth layer shows the asset turnover ratio. Again, a higher ratio is better
because it indicates that you are selling your assets quicker, which implies more
customers, which implies that the firm can cover their liabilities.
The Z-Scores for the steel processing industry are graphically depicted as follows:
As a whole the steel industry average is in the safe zone (>2.67). This is
indicates that firms in the steel processing industry have a low chance of declaring
bankruptcy. The industry average also states that their credit ratings are good. Nucor
has a very high Z-Score, and thus a very low probability of defaulting on their loans. AK
Steel according to the model should be at great risk of bankruptcy. Its low Z-score
alerts banks and lenders that they potentially will default and thus is even harder for AK
Steel to issue credit or borrow money.
Steel Dynamics’ Z-Score is above the industry average for every year in the past
six years, except for 2005 and 2007, where it is hovering a little below. All of SDI’s Z-
‐1.5
‐0.5
0.5
1.5
2.5
3.5
4.5
2003 2004 2005 2006 2007 2008
Z‐Score
Steel Dynamics Steel Dynamics Restated
AK Steel Nucor
U.S. Steel Industry Average
143
Scores are in the healthy zone, implying a very low chance of bankruptcy. Their credit
risk is low due to their high Z-Score. Since Altman’s Z-Score has become the rule of
thumb, SDI should be able to get lower interest rates on bank loans, and also be able
to receive more loans and funding in general.
In summary, the steel industry has a lower probability of defaulting on their
loans, and high credit rating. The Z-Scores specifically indicate the credit risk of the
industry as being positive, although the Debt Service Margin and Times Interest Earned
ratios indicate potential financial problems. Steel Dynamics follow the industry averages
almost exactly in the evaluation of credit risk ratios. Steel Dynamics and U.S. Steel are
the most consistent and solid competitors in how they structure their firm’s capital to
cover their debts. In short, SDI could improve their consistency in covering the interest
and principle debt payments, but has good leverage and Z-scores.
Conclusion
Overall, the capital structure for the steel industry lacks consistency, including
Steel Dynamics. With Times Interest Earned and Debt Service Margin there is an
irregular trend. However, in Debt to Equity SDI has a high ratio, and its credit risk
based on its Altman’s Z-Score was reported favorable. Steel Dynamics does not exhibit
stable trends in their capital structure ratios.
CAPITAL STRUCTURE
RATIOS
IMPACT ON
SDI
IMPACT ON
INDUSTRY
TREND
Debt to Equity Favorable Negative Positive
Times Interest Earned Negative Negative Unstable
Debt Service Margin Negative Negative Unstable
Altman’s Z-score Favorable Favorable Positive
144
Financial Statement Forecasting:
Forecasting is the most important and hardest step in valuing a firm. Forecasting
provides performance targets for managers, information to bankers asses the likelihood
of loan repayments, and helps analysts communicate their views of the firm’s prospects
to investors (Palepu). In order to do this, one must be have a deep understanding and
knowledge of the industry and firm’s recent financial statements and ratios, industry
trends, and other analysts’ expectations for future. In an attempt to predict the future
of Steel Dynamics, we forecasted the firm’s both stated and re-stated income
statements, balance sheets, and statements of cash flows.
When forecasting we chose to only forecast those line items that were on the
‘condensed’ statements. We did this for a number of reasons: not only would an
extremely detailed line-item forecast be tedious and our chosen assumptions would not
give us a solid basis to make all the assumptions required for such a detailed forecast
(Palepu). Therefore, the condensed statements provided sufficient information required
for analysis and decision making.
We created common size financial statements to help more accurately forecast
each statement. The common size financial statement “displays all items as percentages
of a common base figure” (Investopedia). This provides a different and useful
perspective of the financial statements, showing for example, “what percentage of sales
is actually cost of goods sold and how the percentages have changed over time”
(Investopedia).
145
Income Statement
We first began forecasting the income statement with sales, using the past five
years’ sales growth percentages as reference points. From the common size income
statement we found the following numbers:
Sales Growth Percentage:
2002 2003 2004 2005 2006 2007 2008raw avg.: adj. avg.:
42.4% 14.2% 117.3% 1.9% 48.2% 35.4% 84.3% 49.1% 42.0%
(SDI 10-K).
As shown above, the percentages greatly vary from year to year, yielding the raw
average useless. After selecting data from the most consistent years, the sales growth
rates adjusted average provided a growth rate of 42%. Upon reviewing the forecasted
numbers that resulted from such an extremely high rate and researching other analysts’
predictions for Steel Dynamics we decided that while this rate may be sustainable, it
was ultimately unreasonable. According to Palepu and Healy, even when a firm is
growing rapidly at present, it is generally unrealistic to assume that the current high
growth rate will persist indefinitely. Therefore, we came up with the following numbers:
Predicted Sales Growth Rates: 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
-10.0% 5.0% 10.0% 15.0% 15.0% 15.0% 15.0% 15.0% 15.0% 15.0%
We predicted that the current recession will only last through 2009 and that the steel
processing industry will begin to recover in 2010 and maintain a solid growth rate of
15% starting in 2012. Throughout our research, we found that the majority of analysts
predict the current recession to be over by December 2009 and begin to steadily
recover in 2010 (Wall Street Journal). For these reasons, we chose a 10% decline for
2009 and grew the firm back at 5% increments thereafter. We chose a 15% growth
rate because, as stated earlier, our research showed more optimistic numbers around
20% but the analyst quotes were around 10%, so we took the average of the two
146
forecasts. Using these percentages we were able to forecast net sales for the next nine
years. Since sales were not affected by the amortization of goodwill, in both the as-
stated and restated income statements we found that net sales grew to be 3.07 times
larger over the next 10 years.
Cost of goods sold was forecasted next. Using the common sized income
statement we found that this item was consistently staying at around 75% of net sales.
We assumed it would continue to hold true for the next nine years, except for 2009
where we predicted it would be around 80% due to the recession’s demand for lower
prices. As sales increase, the cost of goods sold per unit decreased. Now, since net
sales and cost of goods sold were now forecasted, we were able to simply subtract
COGS from net sales to plug in our gross profit figures. Gross profit grows at a higher
rate, because we expect to sell more in the upcoming years which consequently
lowered the COGS expenses.
Selling, general and administrative (SGA) expenses were also forecasted using
the common size income statement. We found the percentage SGA expenses
percentage of net sales to be consistently around 4.81%. We took this rate and held it
consistent in forecasting SGA expenses throughout the years. The same was done in
regards to forecasting interest expense: we identified stability in this expense as 1.61%
of net sales and times that by the forecasted sales over the next nine years.
Now that both gross profit and selling, general and administrative expenses were
forecasted, we were able to forecast operating income using the following formula for
the common size income statement: operating income rate= gross profit – SGA
expenses. We grew operating income by multiplying the corresponding rates times the
predicted net sales. This resulted in around $4.5 billion of operating income in 2018 on
the stated income statement, and $4.7 on the restated income statement. Had we not
adjusted the statement for the amortization of goodwill, there would have been a $200
million forecasting error.
Net income was consistently around 30% of operating income. We chose to
predict net income as increasing by 30% of operating income on the common size
income statement for the as-stated statements, and 25% of the restated statements to
147
compensate for the future amortization of goodwill. We then took that rate and
multiplied it by the projected net sales, causing operating income to quadruple in the
following nine years on both income statements. There is about a $176 million
difference between the as-stated and restated predictions for net income in 2018. This
is the effect of future goodwill amortization.
Dividends declared per share were forecasted last. Currently, Steel Dynamics is
paying $.40 dividends per share so we carried that rate out for the next nine years. It is
important to note that SDI has had two stock splits in the recent years and while it is
likely they will do this again in the near future, we are unable to predict when this will
be.
148
STEEL DYNAMICS, INC.: CONSOLIDATED STATEMENTS OF INCOME (in thousands, except share data) Years Ended December 31,
Actual Predicted 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Net sales Unrelated parties $1,885,387 $1,959,428 $2,995,952 $4,158,844 7,743,251 Related parties 259,526 225,438 242,835 225,705 337,270 Total net sales 2,144,913 2,184,866 3,238,787 4,384,549 8,080,521 7,272,469 7,636,092 8,399,702 9,659,657 11,108,605 12,774,896 14,691,131 16,894,800 19,429,020 22343373 Costs of goods sold 1,541,423 1,699,717 2,408,795 3,468,855 6,849,262 5,817,975 5,803,430 6,383,773 7,244,743 8,331,454 9,581,172 11,018,348 12,671,100 14,571,765 16,757,530 Gross profit 603,490 485,149 829,992 915,694 1,231,259 1,454,494 1,832,662 2,015,928 2,414,914 2,777,151 3,193,724 3,672,783 4,223,700 4,857,255 5,585,843 Selling, general and administrative expenses 96,581 91,974 170,878 224,540 267,688 349,727 367,213 403,934 464,525 534,203 614,334 706,484 812,456 934,325 1,074,474 Profit Sharing — — — — 66,997 Amortization — — — — 41,334 Operating income 506,909 393,175 659,114 691,154 855,240 1,104,767 1,465,449 1,611,994 1,950,390 2,242,948 2,579,390 2,966,299 3,411,244 3,922,930 4,511,370 Interest expense 38,907 34,341 32,104 55,416 144,574 117,087 122,941 135,235 155,520 178,849 205,676 236,527 272,006 312,807 359,728 Gain from debt extinguishment Other expense (income), net -7,031 -1,792 -4,545 5,500 -33,147 Income before income taxes 475,033 360,626 631,555 630,238 743,813 Income taxes 179,719 138,841 234,848 235,672 280,427 Net income $295,314 $221,785 $396,707 $394,566 463,386 331,430 439,635 483,598 585,117 672,884 773,817 889,890 1,023,373 1,176,879 1,353,411 Basic earnings per share $5.99 $4.97 $4.22 $4.24 $2.45
0.582578 0.564087 0.601879 0.570880 0.541820 Weighted average common shares outstanding 49,287 89,242 93,931 93,161 189,140 Diluted earnings per share, (including the effect of assumed conversions for 2005-2007) $5.27 $4.35 $3.77 $4.02 $2.38 Weighted average common shares and share equivalents outstanding 56,527 103,284 105,774 98,402 194,586 Dividends declared per share $0.25 $0.20 $0.50 $0.60 $0.40 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4
149
Common Size Income Statement Actual Predicted
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 (1 year recession)
Sales Growth Percent 117.26% 1.86% 48.24% 35.38% 84.30% -10.00% 5.00% 10.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% Net sales Unrelated parties 87.90% 89.68% 92.50% 94.85% 95.83% Related parties 12.10% 10.32% 7.50% 5.15% 4.17% Total net sales 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% Costs of goods sold 71.86% 77.80% 74.37% 79.12% 84.76% 80.00% 76.00% 76.00% 75.00% 75.00% 75.00% 75.00% 75.00% 75.00% 75.00% Gross profit 28.14% 22.20% 25.63% 20.88% 15.24% 20.00% 24.00% 24.00% 25.00% 25.00% 25.00% 25.00% 25.00% 25.00% 25.00% Selling, general and administrative expenses 4.50% 4.21% 5.28% 5.12% 3.31% 4.81% 4.81% 4.81% 4.81% 4.81% 4.81% 4.81% 4.81% 4.81% 4.81% Profit Sharing — — — — 0.83% Amortization — — — — 0.51% Operating income 23.63% 18.00% 20.35% 15.76% 10.58% 15.19% 19.19% 19.19% 20.19% 20.19% 20.19% 20.19% 20.19% 20.19% 20.19% Interest expense 1.81% 1.57% 0.99% 1.26% 1.79% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% Gain from debt extinguishment 0.00% 0.00% 0.00% 0.00% 0.00% Other expense (income), net -0.33% -0.08% -0.14% 0.13% -0.41% Income before income taxes 22.15% 16.51% 19.50% 14.37% 9.21% Income taxes 8.38% 6.35% 7.25% 5.38% 3.47%Net income 13.77% 10.15% 12.25% 9.00% 5.73% 4.56% 5.76% 5.76% 6.06% 6.06% 6.06% 6.06% 6.06% 6.06% 6.06%Basic earnings per share 0.00% 0.00% 0.00% 0.00% 0.00%
150
STEEL DYNAMICS, INC.: CONSOLIDATED STATEMENTS OF INCOME (in thousands, except share data) Years Ended December 31, *Adjusted for the impairment of goodwill
Actual Forecasted 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Net sales Unrelated parties $1,885,387 $1,959,428 $2,995,952 $4,158,844 7,743,251 Related parties 259,526 225,438 242,835 225,705 337,270 Total net sales 2,144,913 2,184,866 3,238,787 4,384,549 8,080,521 7,272,469 7,636,092 8,399,702 9,659,657 11,108,605 12,774,896 14,691,131 16,894,800 19,429,020 22,343,373 Costs of goods sold 1,541,423 1,699,717 2,408,795 3,468,855 6,849,262 5,817,975 5,727,069 6,299,776 7,244,743 8,331,454 9,581,172 11,018,348 12,671,100 14,571,765 16,757,530 Gross profit 603,490 485,149 829,992 915,694 1,231,259 1,454,494 1,909,023 2,099,925 2,414,914 2,777,151 3,193,724 3,672,783 4,223,700 4,857,255 5,585,843 Selling, general and administrative expenses 96,581 91,974 110,808 150,865 267,688 288,717 303,153 333,468 383,488 441,012 507,163 583,238 670,724 771,332 887,032 Profit Sharing — — — — 66,997 Amoritization — — — — 41,334 Goodwill expense — 385 6,578 108,771 516,472 Operating income 506,909 393,175 659,114 691,154 855,240 1,165,777 1,605,870 1,766,457 2,031,426 2,336,140 2,686,561 3,089,545 3,552,976 4,085,923 4,698,811Interest expense 38,907 34,341 32,104 55,416 144,574 117,087 122,941 135,235 155,520 178,849 205,676 236,527 272,006 312,807 359,728 Gain from debt extinguishment Other expense (income), net -7,031 -1,792 -4,545 5,500 -33,147Income before income taxes 475,033 360,241 624,977 521,467 743,813 Income taxes 179,719 138,841 234,848 235,672 280,427 Net income $295,314 $221,400 $390,129 $285,795 -53,086 291,444 401,468 441,614 507,856 584,035 671,640 772,386 888,244 1,021,481 1,174,703 Basic earnings per share $5.99 $4.97 $4.22 $4.24 2
Weighted average common shares outstanding 49,287 89,242 93,931 93,161 189,140 Diluted earnings per share, (including the effect of assumed conversions for 2005-2007) $5.27 $4.35 $3.77 $4.02 $2.38 Weighted average common shares and share equivalents outstanding 56,527 103,284 105,774 98,402 194,586 Dividends declared per share $0.25 $0.20 $0.50 $0.60 $0.40 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4
151
Common Size Income Statement Actual Forecasted 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Sales Growth Percent 117.26% 1.86% 48.24% 35.38% 84.30% -10.00% 5.00% 10.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% Net sales Unrelated parties 87.90% 89.68% 92.50% 94.85% 95.83% Related parties 12.10% 10.32% 7.50% 5.15% 4.17% Total net sales 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% Costs of goods sold 71.86% 77.80% 74.37% 79.12% 84.76% 80.00% 75.00% 75.00% 75.00% 75.00% 75.00% 75.00% 75.00% 75.00% 75.00%Gross profit 28.14% 22.20% 25.63% 20.88% 15.24% 20.00% 25.00% 25.00% 25.00% 25.00% 25.00% 25.00% 25.00% 25.00% 25.00%Selling, general and administrative expenses 4.50% 4.21% 3.42% 3.44% 3.31% 3.97% 3.97% 3.97% 3.97% 3.97% 3.97% 3.97% 3.97% 3.97% 3.97% Profit Sharing — — — — 0.83%Amoritization — — — — 0.51%Goodwill expense — 0.02% 0.20% 2.48% 6.39%Operating income 23.63% 18.00% 20.35% 15.76% 10.58% 16.03% 21.03% 21.03% 21.03% 21.03% 21.03% 21.03% 21.03% 21.03% 21.03% Interest expense 1.81% 1.57% 0.99% 1.26% 1.79% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61% 1.61%Gain from debt extinguishment 0.00% 0.00% 0.00% 0.00% 0.00%Other expense (income), net -0.33% -0.08% -0.14% 0.13% -0.41%Income before income taxes 22.15% 16.49% 19.30% 11.89% 9.21%Income taxes 8.38% 6.35% 7.25% 5.38% 3.47% Net income 13.77% 10.13% 12.05% 6.52% -0.66% 4.01% 5.26% 5.26% 5.26% 5.26% 5.26% 5.26% 5.26% 5.26% 5.26%Basic earnings per share 0.00% 0.00% 0.00% 0.00% 0.00%
152
Balance Sheet
We forecasted the balance sheet next because it also is mainly affected by the
net sales predicted. Since the ratio that connects the balance sheet to the income
statement is the asset turnover ratio, we started off with forecasting total assets first.
The asset turnover ratio is a lagged ratio because the formula for ATO is salest divided
by total assetst-1. We use total assets from the prior year because they are the assets
that affected the sales in the current year. We found that Steel Dynamics has an
adjusted average of ATO rate of 1.79 for the as-stated statements, and 1.88 for the
adjusted statements. This difference is caused by the decrease in total assets as a
result of the amortization of goodwill. We then took the corresponding rates for each
statement and multiplied them times the net sales on the corresponding income
statements to get our total assets. Because we do not have the net sales forecasted for
2019 as required, we had to plug the forecast for 2018. After reviewing the progression
of the increase in the forecast of other previous years, we saw a constant growth rate
of 15%. We then multiplied the as-stated 2017’s forecast of $12,496,697 by 1.15 to get
2018’s total assets of $14,371,202. For the restated balance sheet we did the same,
using 2017’s total assets of $12,195,936 to get 2018’s $14,025,326.
Next we forecasted accounts receivable using the accounts receivable turn-over
(ARTO) ratios. The ARTO is found by dividing total net sales by accounts receivable. We
found the ARTO ratio was 9.89, and to forecast accounts receivable we took the
forecasted net sales and divided it by the ARTO ratio.
We used a similar process for forecasting inventory, using the inventory turn-
over (ITO) rate. The ITO is found by COGS/inventory. We found the ITO ratio had an
adjusted average of 4.35 for the as-stated and restated statements. To forecast
inventory we took the forecasted cost of good sold from the corresponding income
statement and divided it by the corresponding ITO rates.
Using the common size balance sheet, we saw that total current assets was
consistently at about 41% of total assets. Because of this, we forecasted total current
assets as 41% of total assets for the next ten years. Now that we had total current
153
assets forecasted, we simply subtracted the numbers from total assets to get Steel
Dynamics’ total non-current assets.
To forecast total current liabilities, we used the current ratio of 2.52 for the
stated statements and 2.59 for the adjusted statements. The current ratio is found by
dividing total current assets by total current liabilities. To forecast, we divided total
current assets by 2.52 and 2.59 for the corresponding statements. The result was that
the restated balance sheet was $285,000 less of current liabilities than that of the as-
stated balance sheet.
Total Equity was very difficult to forecast. To compute these projected figures we
first had to predict total retained earnings. In doing this we used the following formula:
Retained Earnings t = Retained Earnings t-1 +Net Income t – Dividends Paid t
Due to the amortization of goodwill, the 2018 forecast of retained earnings was about
$140 million less on the adjusted balance sheet than the forecast on the as stated
sheet. Total Stockholder’s Equity was then calculated as the difference between
retained earnings t and retained earnings t-1. The stock holders’ equity on the restated
balance sheet increased 4% from the as-stated balance sheet, actually increasing the
value of the firm.
In the valuation process, there is more importance placed on forecasting equity
accurately than there is in forecasting for liabilities. Because of this and in order to
make our balance sheet balance, we found total liabilities using a plug rate of total
assets minus total equity.
154
STEEL DYNAMICS, INC. CONSOLIDATED BALANCE SHEETS (in thousands, except share data) Years Ended December 31 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Assets Current assets: Cash and equivalents 16,334 65,518 29,373 28,486 16,233 Accounts receivable, net 209,742 197,527 348,148 662,285 424,003 735,336 772,102 849,313 976,709 1,123,216 1,291,698 1,485,453 1,708,271 1,964,512 2,259,188 Accounts receivable-related parties 38,981 38,830 53,365 44,103 49,921 Inventories 381,488 398,684 569,317 904,398 1,023,235 1,337,466 1,334,122 1,467,534 1,665,458 1,915,277 2,202,568 2,532,954 2,912,897 3,349,831 3,852,306 Deferred income taxes 6,856 6,516 13,964 10,427 23,562 Other current assets 18,980 13,307 15,167 38,795 143,953Total current assets 677,519 725,733 1,036,197 1,696,229 1,709,915 1,751,062 1,926,168 2,215,094 2,547,358 2,929,461 3,368,880 3,874,212 4,455,344 5,123,646 5,892,193 Property, plant and equipment, net 1,024,044 999,969 1,136,703 1,652,097 2,072,857Restricted cash 989 1,588 5,702 11,945 18,515 Intangible assets — — 12,226 514,547 614,786Goodwill — 19,250 30,966 510,983 770,438 Other assets 31,067 30,397 25,223 133,652 67,066 Total Non-current Assets: 1,056,100 1,031,954 1,210,820 2,823,224 3,543,662 2,519,821 2,771,803 3,187,574 3,665,710 4,215,566 4,847,901 5,575,086 6,411,349 7,373,051 8,479,009 Total assets 1,733,619 1,757,687 2,247,017 4,519,453 5,253,577 4,270,883 4,697,971 5,402,667 6,213,067 7,145,027 8,216,781 9,449,299 10,866,693 12,496,697 14,371,202
Liabilities and Stockholders’ Equity
Current liabilities: Accounts payable 136,517 111,067 145,938 358,921 259,742 Accounts payable-related parties 5,371 4,475 2,004 19,928 3,651 Income taxes payable 30,497 25,870 4,107 Accrued expenses 75,750 80,527 91,527 150,687 209,697 Accrued interest 8,796 8,952 Accrued profit sharing — — 46,341 53,958 62,561 Senior secured revolver — — 80,000 239,000 36,600Current maturities of long-term debt 6,774 2,156 686 56,162 65,223 Total current liabilities 233,208 207,177 396,993 904,526 970,981 694,866 764,352 879,005 1,010,856 1,162,485 1,336,857 1,537,386 1,767,994 2,033,193 2,338,172Long-term debt: Other long-term debt 19,458 17,960 16,920 16,183 2,219,161Unamortized bond premium 7,147 5,459 3,772 — — Total long-term debt: 441,605 438,419 358,192 1,734,683 2,219,161 Deferred income taxes 209,215 231,105 256,803 301,470 365,494 Minority interest 2,469 1,118 1,424 11,038 8,427 Other long term liabilities — — 2,497 38,540 65,626total non-current liabilities 653,289 670,642 618,916 2,085,731 2,658,710 Total Liabilities 886,497 877,819 1,015,909 2,990,257 3,629,691 2,379,726 2,434,547 2,729,748 3,040,251 3,397,329 3,807,969 4,280,205 4,823,276 5,447,807 13,214,909
Commitments and contingencies Stockholders’ equity: Common stock 523 529 537 542 542 Treasury stock, at cost -84,141 -270,905 -230,472 -457,368 -737,319 Additional paid-in capital 390,505 405,900 367,772 553,805 541,686 Other accumulated comprehensive income — — — 21 -1,411 Retained earnings 540,235 744,344 1,093,271 1,432,196 1,820,385 2,087,656 2,459,923 2,869,418 3,369,315 3,944,197 4,605,312 5,365,593 6,239,917 7,245,389 8,401,682 Total stockholders’ equity 847,122 879,868 1,231,108 1,529,196 1,623,886 1,891,157 2,263,424 2,672,919 3,172,816 3,747,698 4,408,813 5,169,094 6,043,418 7,048,890 1,156,293 Total liabilities and stockholders’ equity 1,733,619 1,757,687 2,247,017 4,519,453 5,253,577 4,270,883 4,697,971 5,402,667 6,213,067 7,145,027 8,216,781 9,449,299 10,866,693 12,496,697 14,371,202
155
BALANCE SHEET: Common size ACTUAL Forecasted 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Assets Current assets: Cash and equivalents 0.94% 3.73% 1.31% 0.63% 0.31% Accounts receivable, net 12.10% 11.24% 15.49% 14.65% 8.07% Accounts receivable-related parties 2.25% 2.21% 2.37% 0.98% 0.95% Inventories 22.01% 22.68% 25.34% 20.01% 19.48%Deferred income taxes 0.40% 0.37% 0.62% 0.23% 0.45% Other current assets 1.09% 0.76% 0.67% 0.86% 2.74% Total current assets 39.08% 41.29% 46.11% 37.53% 32.55% 41.00% 41.00% 41.00% 41.00% 41.00% 41.00% 41.00% 41.00% 41.00% 41.00% Property, plant and equipment, net 59.07% 56.89% 50.59% 36.56% 39.46% Restricted cash 0.06% 0.09% 0.25% 0.26% 0.35% Intangible assets — — 0.54% 11.39% 11.70%Goodwill — 1.10% 1.38% 11.31% 14.67% Other assets 1.79% 1.73% 1.12% 2.96% 1.28% Total non-current assets 60.92% 58.71% 53.89% 62.47% 67.45%
change in NCA -15.20% -3.62% -8.22% 15.93% 7.98% Total assets 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100%
Liabilities and Stockholders’ Equity Current liabilities: Accounts payable 7.87% 6.32% 6.49% 7.94% 4.94% Accounts payable-related parties 0.31% 0.25% 0.09% 0.44% 0.07% Income taxes payable 0.00% 0.00% 1.36% 0.57% 0.08% Accrued expenses 4.37% 4.58% 4.07% 3.33% 3.99%Accrued interest 0.51% 0.51% 0.00% 0.00% 0.00% Accrued profit sharing — — 2.06% 1.19% 1.19%Senior secured revolver — — 3.56% 5.29% 0.70% Current maturities of long-term debt 0.39% 0.12% 0.03% 1.24% 1.24% Total current liabilities 13.45% 11.79% 17.67% 20.01% 18.48% 16.27% 16.27% 16.27% 16.27% 16.27% 16.27% 16.27% 16.27% 16.27% 16.27% Long-term debt: Other long-term debt 1.12% 1.02% 0.75% 0.36% 42.24% Unamortized bond premium 0.41% 0.31% 0.17% — —Total long-term debt: 25.47% 24.94% 15.94% 38.38% 42.24% Deferred income taxes 12.07% 13.15% 11.43% 6.67% 6.96% Minority interest 0.14% 0.06% 0.06% 0.24% 0.16% Other long term liabilities — — 0.11% 0.85% 1.25% Total Liabilities 51.14% 49.94% 45.21% 66.16% 69.09% 55.72% 51.82% 50.53% 48.93% 47.55% 46.34% 45.30% 44.39% 43.59% 91.95%
Commitments and contingencies Stockholders’ equity: Common stock 0.03% 0.03% 0.02% 0.01% 0.01% Treasury stock, at cost -4.85% -15.41% -10.26% -10.12% -14.03% Additional paid-in capital 22.53% 23.09% 16.37% 12.25% 10.31% Other accumulated comprehensive income — — — 0.00% -0.03% Retained earnings 31.16% 42.35% 48.65% 31.69% 34.65% 48.88% 52.36% 53.11% 54.23% 55.20% 56.05% 56.78% 57.42% 57.98% 58.46%Total stockholders’ equity 48.86% 50.06% 54.79% 33.84% 30.91% 44.28% 48.18% 49.47% 51.07% 52.45% 53.66% 54.70% 55.61% 56.41% 8.05% Total liabilities and stockholders’ equity 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00%
156
(adjusted for the impairment of goodwill) STEEL DYNAMICS, INC. CONSOLIDATED BALANCE SHEETS (in thousands, except share data) Years Ended December 31 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Assets Current assets: Cash and equivalents 16,334 65,518 29,373 28,486 16,233 Accounts receivable 209,742 197,527 348,148 662,285 424,003 735,076 771,830 849,013 976,365 1,122,820 1,291,243 1,484,929 1,707,669 1,963,819 2,258,392 Accounts receivable-related parties 38,981 38,830 53,365 44,103 49,921 Inventories 381,488 398,684 569,317 904,398 1,023,235 1,336,677 1,315,792 1,447,371 1,664,477 1,914,148 2,201,270 2,531,461 2,911,180 3,347,857 3,850,035Deferred income taxes 6,856 6,516 13,964 10,427 23,562Other current assets 18,980 13,307 15,167 38,795 57,632 Total current assets 677,519 725,733 1,036,197 1,696,229 1,709,915 1,578,874 1,736,762 1,997,276 2,296,867 2,641,397 3,037,607 3,493,248 4,017,235 4,619,820 5,312,793 Property, plant and equipment, net 1,024,044 999,969 1,136,703 1,652,097 2,072,857 Restricted cash 989 1,588 5,702 11,945 18,515Intangible assets — — 12,226 514,547 614,786 Goodwill — 19,250 30,966 510,983 770,438 Goodwill impairment — 385 6,578 108,771 516,473 Other assets 31,067 30,397 25,223 133,652 67,066 Total non-current assets 1,056,100 1,031,569 1,204,242 2,714,453 3,027,189 2,589,220 2,848,142 3,275,364 3,766,668 4,331,668 4,981,419 5,728,632 6,587,926 7,576,115 8,712,532Total assets 1,733,619 1,757,302 2,240,439 4,410,682 4,737,104 4,168,094 4,584,904 5,272,640 6,063,535 6,973,066 8,019,026 9,221,879 10,605,161 12,195,936 14,025,326
Liabilities & Stockholders’ Equity Current liabilities: Accounts payable 136,517 111,067 145,938 358,921 259,742 Accounts payable-related parties 5,371 4,475 2,004 19,928 3,651Income taxes payable 30,497 25,870 4,107 Accrued expenses 75,750 80,527 91,527 150,687 209,697 Accrued interest 8,796 8,952 Accrued profit sharing — — 46,341 53,958 62,561 Senior secured revolver — — 80,000 239,000 36,600Current maturities of long-term debt 6,774 2,156 686 56,162 65,223 Total current liabilities 233,208 206,792 390,415 795,755 454,508 610,084 671,092 771,756 887,519 1,020,647 1,173,744 1,349,805 1,552,276 1,785,118 2,052,885 Long-term debt: Other long-term debt 19,458 17,960 16,920 16,183 2,219,161Unamortized bond premium 7,147 5,459 3,772 — — Total long-term debt: 441,605 438,419 358,192 1,734,683 2,219,161 Deferred income taxes 209,215 231,105 256,803 301,470 365,494 Minority interest 2,469 1,118 1,424 11,038 8,427 Other long term liabilities — — 2,497 38,540 65,626Total liabilities 886,497 877,434 1,009,331 2,881,486 3,113,218 2,316,923 2,399,633 2,719,858 3,088,117 3,511,614 3,998,637 4,558,713 5,202,800 5,943,500 6,795,305
Commitments and contingencies Stockholders’ equity: Common stock 523 529 537 542 542 Treasury stock, at cost (84,141) (270,905) (230,472) (457,368) -737,319 Additional paid-in capital 390,505 405,900 367,772 553,805 541,686Other accumulated comprehensive income — — — 21 -1,411 Retained earnings 540,235 743,959 1,086,693 1,323,425 1,303,912 1,531,197 1,865,298 2,232,808 2,655,445 3,141,478 3,700,415 4,343,193 5,082,388 5,932,462 6,910,047 Total stockholders’ equity 847,122 879,868 1,231,108 1,529,196 1,623,886 1,851,171 2,185,271 2,552,782 2,975,419 3,461,451 4,020,389 4,663,167 5,402,362 6,252,436 7,230,021 Total liabilities and stockholders’ equity 1,733,619 1,757,302 2,240,439 4,410,682 4,737,104 4,168,094 4,584,904 5,272,640 6,063,535 6,973,066 8,019,026 9,221,879 10,605,161 12,195,936 14,025,326
157
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 (adjusted for the impairment of goodwill) Common Size - STEEL DYNAMICS, INC. CONSOLIDATED BALANCE SHEETS (in thousands, except share data) Years Ended December 31
Assets Current assets: Cash and equivalents 0.94% 3.73% 1.31% 0.65% 0.34% Accounts receivable 12.10% 11.24% 15.54% 15.02% 8.95% 17.64% 16.83% 16.10% 16.10% 16.10% 16.10% 16.10% 16.10% 16.10% 16.10%Accounts receivable-related parties 2.25% 2.21% 2.38% 1.00% 1.05% Inventories 22.01% 22.69% 25.41% 20.50% 21.60% 32.07% 28.70% 27.45% 27.45% 27.45% 27.45% 27.45% 27.45% 27.45% 27.45% Deferred income taxes 0.40% 0.37% 0.62% 0.24% 0.50%Other current assets 1.09% 0.76% 0.68% 0.88% 1.22% Total current assets 39.08% 41.30% 46.25% 38.46% 36.10% 37.88% 37.88% 37.88% 37.88% 37.88% 37.88% 37.88% 37.88% 37.88% 37.88% Property, plant and equipment, net 59.07% 56.90% 50.74% 37.46% 43.76%Restricted cash 0.06% 0.09% 0.25% 0.27% 0.39% Intangible assets — — 0.55% 11.67% 12.98% Goodwill — 1.10% 1.38% 11.59% 16.26% Goodwill impairment — 0.02% 0.29% 2.47% 10.90% Other assets 1.79% 1.73% 1.13% 3.03% 1.42% Total non-current assets 60.92% 58.70% 53.75% 61.54% 63.90% 62.12% 62.12% 62.12% 62.12% 62.12% 62.12% 62.12% 62.12% 62.12% 62.12%
change in NCA -15.20% -3.64% -8.44% 14.50% 3.84%Total assets 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00%
Liabilities and Stockholders’ Equity Current liabilities: Accounts payable 7.87% 6.32% 6.51% 8.14% 5.48% Accounts payable-related parties 0.31% 0.25% 0.09% 0.45% 0.08%Income taxes payable 0.00% 0.00% 1.36% 0.59% 0.09% Accrued expenses 4.37% 4.58% 4.09% 3.42% 4.43% Accrued interest 0.51% 0.51% 0.00% 0.00% 0.00% Accrued profit sharing — — 2.07% 1.22% 1.32%Senior secured revolver — — 3.57% 5.42% 0.77% Current maturities of long-term debt 0.39% 0.12% 0.03% 1.27% 1.38% Total current liabilities 13.45% 11.77% 17.43% 18.04% 9.59% 14.64% 14.64% 14.64% 14.64% 14.64% 14.64% 14.64% 14.64% 14.64% 14.64% Long-term debt: Other long-term debt 1.12% 1.02% 0.76% 0.37% 46.85% Unamortized bond premium 0.41% 0.31% 0.17% — —Total long-term debt: 25.47% 24.95% 15.99% 39.33% 46.85% Deferred income taxes 12.07% 13.15% 11.46% 6.83% 7.72% Minority interest 0.14% 0.06% 0.06% 0.25% 0.18% Other long-term liabilities — — 0.11% 0.87% 1.39%Total Liabilities 51.14% 49.93% 45.05% 65.33% 65.72% 55.59% 52.34% 51.58% 50.93% 50.36% 49.86% 49.43% 49.06% 48.73% 48.45%
Commitments and contingencies Stockholders’ equity: Common stock 0.03% 0.03% 0.02% 0.01% 0.01% Treasury stock, at cost -4.85% -15.42% -10.29% -10.37% -15.56% Additional paid-in capital 22.53% 23.10% 16.42% 12.56% 11.43%Other accumulated comprehensive income — — — 0.00% -0.03%Retained earnings 31.16% 42.34% 48.50% 30.00% 27.53% 36.74% 40.68% 42.35% 43.79% 45.05% 46.15% 47.10% 47.92% 48.64% 49.27%Total stockholders’ equity 48.86% 50.07% 54.95% 34.67% 34.28% 44.41% 47.66% 48.42% 49.07% 49.64% 50.14% 50.57% 50.94% 51.27% 51.55% Total liabilities and stockholders’ equity 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00%
158
Statement of Cash flows
We forecasted the statement of cash flows last because it is extremely difficult to
predict from year to year. Although the statement is very volatile, we forecasted out
dividends paid, cash flows from operations (CFFO), cash flows from investing (CFFI),
and cash flows from financing activities (CFFF).
We first forecasted dividends paid by applying the same percentages from the
sales growth rates as our applied dividends growth rates. We used these rates instead
of a single rate in hopes of making our predicted statements more accurate and
applicable to the long-term effects of the current recession. These applied dividends
growth rates are as follows:
Predicted Dividends Paid 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
dividends paid: 64,159 67,367 74,104 85,219 98,002 112,703 129,608 149,049 171,407 197,118growth rate: -10% 5% 10% 15% 15% 15% 15% 15% 15% 15%
When forecasting cash flows from operations (CFFO), we chose to use the
CFFO/sales ratio. Other ratio options were CFFO/operating income and CFFO/net sales,
but the CFFO/sales ratio was the most consistent from year to year and not affected by
the amortization of goodwill. We then took the average of the ratio over the past years
and came up with the rate of .31. We then multiplied that rate times the predicted sales
of the year to come up with our forecast for CFFO.
Next, we forecasted cash flows from investing activities (CFFI) using the growth
rate of non-current assets. The growth rate of non-current assets on average was
5.23% for the as-stated statements, and 3.30% for the adjusted statements. We then
took 1 + the corresponding rates, and multiplied that times the previous year’s CFFI,
except for 2009 where we used a -5.23 and -3.30% to account for the current
recession.
Lastly we forecasted the cash flows from financing activities (CFFF), which we
saved for the end due to its extreme volatility. To forecast, we referenced the percent
159
increase in the dividends paid to stockholders (as seen above). We used those growth
rates to grow the CFFF section.
160
CONSOLIDATED STATEMENTS OF CASH FLOWS (in thousands)
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Net income 295,314 221,785 396,707 394,566 453,386 357,208 518,955 622,746 818,995 1,064,693 1,437,336 2,012,270 2,817,178 3,944,049 5,521,669 Adjustments to reconcile net income to net cash provided by operating activities Depreciation and amortization . 84,749 91,865 114,812 138,136 208,752 Unamortized bond premium — — — -3,350 — Equity-based compensation — — 8,862 8,073 14,278 Deferred income taxes 107,404 22,230 -478 12,642 25,045 Gain from debt extinguishment — — — — — Loss on disposal of property, plant and equipment 815 532 12 551 557 Minority interest 1,856 -1,351 306 -386 -2,611 Changes in certain assets and liabilities
Accounts receivable -
127,838 12,153 -72,277 57,653 310,985
Inventories -
196,992 -17,196 -66,240 -119,577 -18,667 Other assets -8,282 1,551 -3,373 -4,393 -150,810 Accounts payable 57,680 -32,299 -9,787 -48,835 -88,451 Income taxes payable 6,553 13,974 -10,684 -21,765 Accrued expenses . 33,213 4,933 22,434 3,807 34,602 Net cash provided by operating activities 247,919 310,756 404,952 428,203 775,301 2,254,465 2,367,189 2,603,907 2,994,494 3,443,668 3,960,218 4,554,250 5,237,388 6,022,996 6,926,446
Investing activities Purchases of property, plant and equipment
-102,046 -63,386 -128,618 -395,198 -412,497
Acquisition of business, net of cash acquired — — -89,106 -848,071 -271,159 Purchase of securities — — -14,075 -3,584 -20,373 Maturities of securities — — 14,075 — 32,758 Other investing activities 55 1,345 311 224 2,037 Net cash used in investing activities
-101,991 -62,041 -217,413
-1,246,629 -669,234 -634,239 -667,404 -702,303 -739,028 -777,673 -818,338 -861,130 -906,160 -953,544
-1,003,406
Financing activities Issuance of current and long-term debt 188,292 268,706 330,000 3,157,053 2,845,900 Repayments of current and long-term debt
-347,487 -276,510 -297,231
-1,761,807
-2,402,033
Issuance of common stock (net of expenses) and proceeds from exercise of stock options, including related tax effect 27,899 15,401 28,503 29,446 18,422 Purchase of treasury stock -55,179 -186,764 -247,411 -533,654 -501,777 Dividends paid -7,452 -18,276 -37,545 -55,642 -71,288 -64,159 -67,367 -74,104 -85,219 -98,002 -112,703 -129,608 -149,049 -171,407 -197,118
145.25% 105.43% 48.20% 28.12% -10.00% 5.00% 10.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% Debt issuance costs -1,097 -2,088 — -17,857 -7,544 Net cash provided by (used in) financing activities
-195,024 -199,531 -223,684 817,539 -118,320 -106,488 -111,812 -122,994 -141,443 -162,659 -187,058 -215,117 -247,384 -284,492 -327,166
Increase (decrease) in cash and equivalents -49,096 49,184 -36,145 -887 -12,253 Cash and equivalents at beginning of year 65,430 16,334 65,518 29,373 28,486 Cash and equivalents at end of year 16,334 65,518 29,373 28,486 16,233
161
Common Size Statement of Cash Flows ACTUAL Forecasted 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
Operating activities Net income Adjustments to reconcile net income to net cash provided by operating activities Depreciation and amortization . 34.18% 29.56% 28.35% 32.26% 26.93% Unamortized bond premium — — — -0.78% — Equity-based compensation — — 2.19% 1.89% 1.84% Deferred income taxes 43.32% 7.15% -0.12% 2.95% 3.23% Gain from debt extinguishment — — — — — Loss on disposal of property, plant and equipment 0.33% 0.17% 0.00% 0.13% 0.07% Minority interest 0.75% -0.43% 0.08% -0.09% -0.34% Changes in certain assets and liabilities 0.00% 0.00% 0.00% 0.00% 0.00% Accounts receivable -51.56% 3.91% -17.85% 13.46% 40.11% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% Inventories -79.46% -5.53% -16.36% -27.93% -2.41% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% Other assets -3.34% 0.50% -0.83% -1.03% -19.45% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% 0.00% Accounts payable 23.27% -10.39% -2.42% -11.40% -11.41% Income taxes payable 0.00% 2.11% 3.45% -2.50% -2.81% Accrued expenses . 13.40% 1.59% 5.54% 0.89% 4.46% Net cash provided by operating activities 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00% 100.00%
(% of net income) 83.95% 140.12% 102.08% 108.53% 171.00% Investing activities Purchases of property, plant and equipment 100.05% 102.17% 59.16% 31.70% 61.64% Acquisition of business, net of cash acquired — — 40.98% 68.03% 40.52% Purchase of securities — — 6.47% 0.29% 3.04% Maturities of securities — — -6.47% — -4.89% Other investing activities -0.05% -2.17% -0.14% -0.02% -0.30% Net cash used in investing activities 100.00% 100.00% 100.00% 100.00% 100.00%
(% of net income) -34.54% -27.97% -54.80% -
315.95% -147.61% Financing activities
Issuance of current and long-term debt -96.55% -
134.67% -
147.53% 386.17% -2405.26%
Repayments of current and long-term debt 178.18% 138.58% 132.88% -
215.50% 2030.12% Issuance of common stock (net of expenses) and proceeds from exercise of stock options, including related tax effect -14.31% -7.72% -12.74% 3.60% -15.57% Purchase of treasury stock 28.29% 93.60% 110.61% -65.28% 424.08% Dividends paid 3.82% 9.16% 16.78% -6.81% 60.25% Debt issuance costs 0.56% 1.05% — -2.18% 6.38% Net cash provided by (used in) financing activities 100.00% 100.00% 100.00% 100.00% 100.00%
(% of net income) -66.04% -89.97% -56.39% 207.20% -26.10%
Increase (decrease) in cash and equivalents -16.63% 22.18% -9.11% -0.22% -2.70% Cash and equivalents at beginning of year 22.16% 7.36% 16.52% 7.44% 6.28% Cash and equivalents at end of year 5.53% 29.54% 7.40% 7.22% 3.58%
162
STEEL DYNAMICS, INC. CONSOLIDATED STATEMENTS OF CASH FLOWS *adjusted for the amortization of goodwill 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Operating activities Net income 295,314 221,785 396,707 394,566 453,386 Adjustments to reconcile net income to net cash provided by operating activities Depreciation and amortization . 84,749 91,865 114,812 138,136 208,752 Unamortized bond premium — — — -3,350 — Equity-based compensation — — 8,862 8,073 14,278Deferred income taxes 107,404 22,230 -478 12,642 25,045 Gain from debt extinguishment — — — — — Loss on disposal of property, plant and equipment 815 532 12 551 557Minority interest 1,856 -1,351 306 -386 -2,611 Changes in certain assets and liabilities
Accounts receivable -
127,838 12,153 -72,277 57,653 310,985
Inventories -
196,992 -17,196 -66,240 -119,577 -18,667 Other assets -8,282 1,551 -3,373 -4,393 -150,810 Accounts payable 57,680 -32,299 -9,787 -48,835 -88,451Income taxes payable 6,553 13,974 -10,684 -21,765 Accrued expenses . 33,213 4,933 22,434 3,807 34,602 Net cash provided by operating activities 247,919 310,756 404,952 428,203 775,301 2,254,465 2,367,189 2,603,907 2,994,494 3,443,668 3,960,218 4,554,250 5,237,388 6,022,996 6,926,446 Investing activities Purchases of property, plant and equipment
-102,046 -63,386 -128,618 -395,198 -412,497
Acquisition of business, net of cash acquired — — -89,106 -848,071 -271,159 Purchase of securities — — -14,075 -3,584 -20,373 Maturities of securities — — 14,075 — 32,758 Other investing activities 55 1,345 311 224 2,037
Net cash used in investing activities -
101,991 -62,041 -217,413 -
1,246,629 -669,234 -647,149 -668,505 -690,566 -713,355 -736,895 -761,213 -786,333 -812,282 -839,087 -866,777
Financing activities Issuance of current and long-term debt 188,292 268,706 330,000 3,157,053 2,845,900 Repayments of current and long-term debt
-347,487 -276,510 -297,231
-1,761,807
-2,402,033
Issuance of common stock (net of expenses) and proceeds from exercise of stock options, including related tax effect 27,899 15,401 28,503 29,446 18,422 Purchase of treasury stock -55,179 -186,764 -247,411 -533,654 -501,777 Dividends paid -7,452 -18,276 -37,545 -55,642 -71,288 -64,159 -67,367 -74,104 -85,219 -98,002 -112,703 -129,608 -149,049 -171,407 -197,118 % change in dividends paid 145.25% 105.43% 48.20% 28.12% -10.00% 5.00% 10.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% 15.00% Debt issuance costs -1,097 -2,088 — -17,857 -7,544 Net cash provided by (used in) financing activities
-195,024 -199,531 -223,684 817,539 -118,320 -106,488 -111,812 -122,994 -141,443 -162,659 -187,058 -215,117 -247,384 -284,492 -327,166
Increase (decrease) in cash and equivalents -49,096 49,184 -36,145 -887 -12,253 Cash and equivalents at beginning of year 65,430 16,334 65,518 29,373 28,486 Cash and equivalents at end of year 16,334 65,518 29,373 28,486 16,233 Increase (decrease) in cash and equivalents
163
Common Size Statement of Cash Flows ACTUAL Forecasted *adjusted for the amortization of goodwill 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Operating activities Net income Adjustments to reconcile net income to net cash provided by operating activities Depreciation and amortization . 34.18% 29.56% 28.35% 32.26% 26.93%Unamortized bond premium — — — -0.78% — Equity-based compensation — — 2.19% 1.89% 1.84% Deferred income taxes 43.32% 7.15% -0.12% 2.95% 3.23%Gain from debt extinguishment — — — — —Loss on disposal of property, plant and equipment 0.33% 0.17% 0.00% 0.13% 0.07%Minority interest 0.75% -0.43% 0.08% -0.09% -0.34%Changes in certain assets and liabilities 0.00% 0.00% 0.00% 0.00% 0.00% Accounts receivable -51.56% 3.91% -17.85% 13.46% 40.11% Inventories -79.46% -5.53% -16.36% -27.93% -2.41% Other assets -3.34% 0.50% -0.83% -1.03% -19.45% Accounts payable 23.27% -10.39% -2.42% -11.40% -11.41%Income taxes payable 0.00% 2.11% 3.45% -2.50% -2.81%Accrued expenses . 13.40% 1.59% 5.54% 0.89% 4.46% Net cash provided by operating activities 100.00% 100.00% 100.00% 100.00% 100.00%
Investing activities Purchases of property, plant and equipment 100.05% 102.17% 59.16% 31.70% 61.64%Acquisition of business, net of cash acquired — — 40.98% 68.03% 40.52% Purchase of securities — — 6.47% 0.29% 3.04% Maturities of securities — — -6.47% — -4.89%Other investing activities -0.05% -2.17% -0.14% -0.02% -0.30% Net cash used in investing activities 100.00% 100.00% 100.00% 100.00% 100.00%
Financing activities
Issuance of current and long-term debt -96.55% -
134.67% -
147.53% 386.17% -
2405.26%
Repayments of current and long-term debt 178.18% 138.58% 132.88% -
215.50% 2030.12% Issuance of common stock (net of expenses) and proceeds from exercise of stock options, including related tax effect -14.31% -7.72% -12.74% 3.60% -15.57%Purchase of treasury stock 28.29% 93.60% 110.61% -65.28% 424.08%Dividends paid 3.82% 9.16% 16.78% -6.81% 60.25% Debt issuance costs 0.56% 1.05% — -2.18% 6.38% Net cash provided by (used in) financing activities 100.00% 100.00% 100.00% 100.00% 100.00%
164
Conclusion
It is easy to see why forecasting the basic three financial statements is a critical
step in any equity valuation of a firm. Throughout the process, we used different
methods of forecasting; including plugging rates, analyzing trends and utilizing the
common size statements. Finding structure in previous years formed a basis of what we
chose to forecast in both the stated and adjusted statements. The use of structure
prevents analysts from forecasting unnecessary line items.
Forecasting the income statement using sales provided a basis for the entire
forecasting process. These results should yield figures very similar to what should occur
in the future. The balance sheet is mainly affected by the forecasted sales; however,
the results of forecasting are less reliable than those of the income statement. Harder
to predict, the statement of cash flows demonstrates a lower confidence level due to its
uncertainty. If goodwill continues to grow at a rapid rate and Steel Dynamics does not
amortize it, we can expect to see the net income, assets, retained earnings and
stockholder’s equity to be vastly overstated and liabilities to be understated. This will
result in larger differences between the actual and restated statements. There was a
significant difference in the actual and adjusted statements. If goodwill continues in its
trend we feel that the information presented above provides an accurate view of Steel
Dynamics’ future financial positioning.
Estimating Cost of Capital:
The return an investor expects to earn on their investment is known as the cost
of capital. This is an important rate that a potential shareholder must know before they
begin to invest in a company or project. In order to calculate the cost of capital, the
cost of equity and cost of debt must be found first. Within the cost of equity, there are
multiple ways to compute it. One of these is through the Capital Asset Pricing Model
and the other is by the alternative cost of equity or backdoor method. For the cost of
debt, a weighted average must be found for the liabilities of the company. After these
two inputs have been calculated, the cost of capital can be computed from a weighted
165
average. Once this is discovered, the investor will have a good idea as to how much
they can expect to receive in return for their investment.
Cost of Equity
The cost of equity is the minimum rate of return a shareholder receives from a
firm to compensate for the risk associated with the investment. This usually leads to a
higher return than the market provides because there is quite a bit more risk involved
with investing in a single company. As the risk either increases or decreases, the return
follows in a positive correlation. For example, if a company is risky in their investment
decisions, this will lead to a higher cost of equity. Therefore, this company has a certain
level of risk that it is taking and the shareholders who are investing in these risks must
be compensated. This is a basic fundamental principle of classical finance. There are
many ways to calculate an estimated cost of equity, but the one that was used to find
Steel Dynamics’ cost of equity was Capital Asset Pricing Model, or CAPM.
The Capital Asset Pricing Model or the equation is a
technique to compensate investors in two ways; for the time value of money and for
risk (Investopedia.com). The time value of money is expressed by the risk free rate or
and it offsets the investor leaving money in an investment over a period of time.
Within the formula above, is the cost of equity, β or beta is the coefficient that
relates the systematic risk of the market to risk of an individual firm, is the return
on the market, and is the market risk premium.
For Steel Dynamics, a risk free rate of 2.87% was used, and this was found from
the St. Louis Federal Reserve 10 year treasury yield curve. For the market risk
premium, 6.8% was the most logical percentage to use. According to Palepu & Healy,
“Over the 1926 – 2005 period, returns to the S&P 500 index have exceeded the rate on
intermediate-term treasury bonds by 6.8 percent.” Beta was found through multiple
regressions that involved information from seven years of both Steel Dynamics’ monthly
returns and the S&P 500 monthly returns, treasury rates from the St. Louis Federal
Reserve on a 3 month, 1 year, 2 year, 5 year and 10 year basis. Once this information
166
was brought together, the various regressions were completed and a beta was found
on a 24, 36, 48, 60, and 72 month time span. The time horizons were utilized in order
to find the most effective beta for the equation.
The beta of a firm is defined as the systematic risk of a company compared to
the market as a whole. This undiversifiable risk that the company and market share also
explains the volatility of the firm compared to the market. If a company has a beta of
one, then the risk of the corporation coincides with the market. On the other hand, if
the firm has a beta above or below one, then the riskiness of the business will be more
or less volatile than the market, respectively.
Because multiple regression analyses were completed, a different factor had to
be assessed in order to find the beta that was the most significant. This is where the r-
squared or r^2 came in to effect. R^2 is the explanatory power of the beta coefficient,
so the highest r^2 is used to determine which beta will be utilized in the calculation of
the cost of equity. The table below shows the regressions completed and their r^2 as
well. Although there were a total of 25 regressions completed, the following are the
most significant of the individual time horizons. Within the 1 year time horizon, the 36
month regression analysis showed the highest r-squared of .3023 and from that the
estimated beta came out to 1.66. Although this is a low explanatory power and shows
little significance, it is the highest r^2 for Steel Dynamics and therefore is the best beta
to use within the CAPM formula. According to Yahoo Finance, the beta for Steel
Dynamics should be 1.74 which is relatively close to the beta found within the
regression analysis.
Time Horizon Months Est β Adj r^2 Lower β Upper β MRP Rf Ke Lower Ke Upper Ke3 month 72 1.78 0.1863 0.9273 2.64 0.068 0.0287 0.1497 0.0918 0.20821 year 36 1.66 0.3023 0.8244 2.51 0.068 0.0287 0.1416 0.0848 0.19942 year 72 2.03 0.2160 1.13 2.94 0.068 0.0287 0.1667 0.1055 0.22685 year 72 2.10 0.2269 1.92 3.02 0.068 0.0287 0.1715 0.1593 0.234110 year 72 1.76 0.2266 1.01 2.51 0.068 0.0287 0.1484 0.0974 0.1994
167
Once the most correct beta is determined, the final Ke can be calculated. From
these numbers, the most accurate cost of equity for Steel Dynamics is 14.16%. Along
with a final Ke, upper and lower betas were found using a 95% confidence interval.
After recalculating CAPM with these adjusted betas, an upper beta of 19.94% and a
lower beta of 8.48% were found. Also, over the course of 3 month, 1 year, 2 years, 5
years and 10 years, Steel Dynamics’ beta is relatively stable which explains that the
company’s capital structure has been pretty constant throughout those times.
Cost of Equity
14.16% = .0287 + 1.66 (.068)
Cost of Equity with Upper and Lower 95% CI
Upper Ke: 19.94% = .0287 + 2.51 (.068)
Lower Ke: 8.48% = .0287 + .8244 (.068)
After the final Ke is found, a size adjustment must be factored in as well. This is a
premium that is added for the size of the firm which is measured by the market
capitalization of the company. Smaller firms are usually riskier, so a larger size premium
is added to compensate for the risk of investing in the firm. According to
http://finance.yahoo.com the market capitalization of Steel Dynamics is $1.70 billion
which places the firm in the fourth size decile. This gives the cost of equity an additional
1.7% on its final percentage. After adding in this premium, the final Ke with size
premium comes to 15.86%. This is the number that is used in the alternative cost of
equity and the weighted average cost of capital.
Alternative Cost of Equity
The alternative cost of equity, also known as the backdoor method, is a different
method to find the cost of equity and can be utilized to verify the Capital Asset Pricing
168
Model. The formula of ⁄ 1
is the calculation needed to find the
alternate Ke. The price to book value, ⁄ , uses the price per share times shares
outstanding, and the book value of Steel Dynamics and it comes out to 1.30. ROE or
return on equity is 25% over our forecasted period and the growth percent of Steel
Dynamics came out to 15%. After the formula above was manipulated, the alternative
Ke came out to 22.69% which is quite a bit more than the size adjusted CAPM of
15.86%. Because the alternative cost of equity is so much larger than the Capital Asset
Pricing Model, we feel that 15.86% is a more accurate cost of equity for Steel
Dynamics.
⁄ ROE Growth Rate (g) ⁄ 1 Cost of Equity (Ke)
1.30 25% 15% .30 22.69%
Cost of Debt
According to Investopedia.com, the cost of debt is defined as the effective rate a
company pays on its current debt. This is usually lower than cost of equity because
debt holders receive assets before shareholders in the case of a default by the
company. The cost of debt is computed differently for each of the current and long-
term liabilities. This is because there are multiple interest rates depending on maturity
and risk. Because the Weighted Average Cost of Capital, WACC, requires one rate for
cost of debt, a weighted average of short-term and long-term debt must be computed.
The first part of finding this average is to put the individual liabilities into a percentage
of total debt. The next step is to find the rate of interest for each of those liabilities. For
Steel Dynamics, because the current liabilities interest rates were not disclosed in the
10-K, the rates were found using the St. Louis Federal Reserve’s numbers for their 1
month AA financial commercial paper rate. This came out to .45% and the estimated
number is .48% which is a reasonable change. For the long term liabilities, the Steel
Dynamics’ 10-K was utilized. The senior notes all used interest rate numbers found from
the 10-K for each liability. For the remaining long term liabilities, the risk free rate of
169
2.97% was used because those numbers were not disclosed in the 10-K as well. Finally,
the next action is to multiply the percentage of total debt by the rate to get the
weighted average of debt for the individual liabilities. Then by adding these numbers
together, a final weighted average cost of debt is found for the company.
The following table shows the individual amount of liabilities, the rate of interest
for each, the weight and finally the weighted rate of liabilities. Then, by adding up the
weighted rate of the current liabilities and long-term liabilities, the total cost of debt is
calculated at 6.52%. This is a reasonable number because it falls within the guidelines
of being higher than the risk free rate of 2.87%. The next step is to utilize this number
within the Weighted Average Cost of Capital equation and calculate it for Steel
Dynamics.
170
Weighted Average Cost of Debt
CURRENT LIABILITIES Amount Rate Weight Weighted RateAccounts Payable 259,742 0.0048 0.0834 0.0004005Accounts Payable-Related Parties 3,651 0.0048 0.0012 0.0000056Income Taxes Payable 4,107 0.0048 0.0013 0.0000063Accrued Expenses 209,697 0.0048 0.0674 0.0003233Accrued Interest — — — — Accrued Profit Sharing 62,561 0.0048 0.0201 0.0000965Senior Secured Revolver 36,600 0.0048 0.0118 0.0000564Current Maturities of Long-Term Debt 65,223 0.0668 0.0210 0.0013995TOTAL 0.0022881
Long-Term Liabilities Amount Rate Weight Weighted RateSenior Secured Term A loan 503,800 0.0650 0.1618 0.01092336 3⁄4% Senior Notes 500,000 0.0675 0.1606 0.01185277 3⁄8% Senior Notes 700,000 0.0738 0.2248 0.01742577 3/4% Senior Notes, Due 2016 500,000 0.0775 0.1606 0.01204549 1⁄2% Senior Notes 500,000 0.0750 0.1606 0.00642424.0% Convertible Subordinated Notes — — — — Other Long-Term Debt 15,361 0.0287 0.0049 0.0001416Unamortized Bond Premium — — — — Deferred Income Taxes 365,494 0.0287 0.1174 0.0033694Minority Interest 8,427 0.0287 0.0027 0.0000777Other Long Term Liabilities 65,626 0.0287 0.0211 0.0006050TOTAL 0.0652190
Kd6.52%
Weighted Average Cost of Capital
As the general formula for a company goes, Assets = Liabilities + Equity, every
company is financed by debt and equity. In order to find a correct Weighted Average
Cost of Capital, WACC, the formula is used. Once this
171
is calculated, the firm will know its required return and can thus value future projects
for a correct Net Present Value.
Because we already have cost of debt, 6.52%, and cost of equity, 15.86%, from
the equations before, the only numbers needed are the total values of the assets, the
book value of liabilities and the market value of equity. From http://finance.yahoo.com
the market capitalization is found at roughly $1.70 billion and there is about $3.11
billion on the books for Steel Dynamics’ liabilities (SDI 10-K). In order to find the value
of the assets, the addition of the market value of equity and book value of liabilities is
needed, and this number is roughly $4.81 billion. After inputting the numbers into the
formula above, the WACC for Steel Dynamics is 9.82%. The size adjustment is already
factored in with the cost of equity so there is no need to add it again into the final
number.
The WACC found above is before tax and an after tax is needed as well. This is
done by taking the tax rate of 35% and subtracting one from it. Then, the .65 number
is multiplied in to the weighted average of debt section of the WACC formula and the
WACC after tax is calculated. Once this is done, the Weighted Average Cost of Capital is
found to be 8.34%. This is a credible number because it falls within the guidelines of Rf
< Kd < WACCAT < Ke.
Weighted Average Cost of Capital
Tax Rate
$3.11 B 6.52% 35% $1.70 B 15.86% $4.81 B
WACC Before Tax = 8.34%
WACC After Tax = 9.82%
172
Conclusion
In conclusion, estimating the cost of capital takes multiple steps and equations to
solve. The first is determining the cost of equity and this was done by both Capital
Asset Pricing Model and the alternative cost of equity. This is required rate of return an
investors needs to compensate them for possible risk associated with investing in the
firm. A correct beta is needed and this is found using the risk free rate of treasuries
from the St. Louis Federal Reserve website, the S&P 500 returns and the returns of the
firm. The next step is calculating the cost of debt where weighted averages of liabilities
are needed. The interest paid on debt is needed to find the cost of capital. Once these
are all found, the cost of capital can be calculated. The numbers are as follows:
Upper Lower
CAPM = 14.16% 19.94% 8.48%
Size Adjusted CAPM = 15.86% 21.64% 10.18%
Backdoor Ke = 22.69%
Cost of Debt = 6.52%
WACCBT = 9.22% 11.26% 7.21%
WACCAT = 7.74% 9.79% 5.74%
Size Adjusted WACCBT = 8.34% 11.86% 7.81%
Size Adjusted WACCAT = 9.82% 10.39% 6.34%
173
Valuation Ratios and Models
With the accumulation of the previous research, we are now able to move on to
the last few steps in our valuation. Our ultimate goal throughout the process has been
to analyze the value of a firm’s equity. Using a multiples based valuation, we can begin
to see a picture of whether or not the firm is over or under valued. This method lacks
theory and therefore will not weigh heavily on our valuation determination. A more
precise string of valuation methods will be further used to determine “intrinsic values”
for various metrics. These methods do not use averages to compute a model based
price, rather they use specific values for certain key items. The five intrinsic methods
we will use will each provide a different outlook, however one should expect to see a
pattern develop. Using company figures and our forecasted figures, we can assign
value to the equity of a firm and provide an analysts recommendation.
Multiples Based Valuations:
The starting point chosen for the valuation process is the use of multiples based
valuations. Also referred to as the “method of comparables”, this string of results is
basically ratio based. There is no accepted theory for this process and it is generally as
mechanical as it gets. We also run into trouble with this method because there is not a
consistent set of rules when using the method. For the stated reasons, we will not
heavily weight the results in our overall final valuation decision.
Each multiple gives insight as to the financial position of the firm. Using
publically available information from Yahoo Finance and the individual firms’ annual
reports, we have arrived at a method based price for each multiple. Crucial to the
success of this method is compute relevant industry averages; being sure to omit
negative values as they are useless to this method as well as excluding potential
outliers. We have used eight measures, each of which will be defined and discussed in
order to determine which might be appropriate. However as we know, there is no
174
theory stating which valuation multiple is best. All of the following information is based
on 4/1/2009 prices.
P/E (trailing)
The price to earnings ratio, trailing twelve months, is the first measure we came
across. It is defined as the price per share divided by the last four quarters of earnings
per share. Using Yahoo Finance and the annual reports of Steel Dynamics, we have
found the following information.
Company EPS P/E US Steel 1.25 AK Steel 211 Nucor 6.6
SDI 2.55SDI restated ‐0.29
Average 3.93 Ratio Based Price 10.01 Ratio Based Price (Restate) N/A
From the presented figures, we can conclude two key points. First, the restated
earnings per share for Steel Dynamics could not be used because it is negative.
Second, AK Steel was left out of the industry average because it is a significant outlier.
The process of finding a ratio based price is simple. Multiply the industry average by
the firm’s earnings per share to arrive at $10.01 per share. Compared to the closing
price on April 1, 2009 which was $8.98, we can conclude that this measure provides
that the firm is overvalued. We defend this with the fact that as 10% analysts, the
model based price does not fall into our lower and upper bounds of $8.08 and $9.88,
respectively.
175
P/E (forward)
The forward price to earnings ratio is similar to the previous; however it uses the
next four quarters that we forecasted as the earnings per share portion. Using Yahoo
Finance and our forecasted earnings, we have compiled the following information. It is
important to note that if growth is expected in the future, the trailing model price
should be lower than the forward. Despite our anticipation of the recession, we
observe just that.
As shown above, we are able to use all inputs because none of them are
negative. We have chosen to exclude Nucor in the industry average citing it as an
outlier. Steel Dynamics can be shown on an as stated and restated ratio based price.
By multiplying the average by the forward earnings per share, we come to $14.93 as
stated and $13.13 on a restated basis. With that said, we can conclude that both prices
indicate an overvalued firm.
Company EPS fore P/E fore US Steel 8.99AK Steel 7.42Nucor 11.04
SDI 1.82SDI restated 1.60
Average 8.21Ratio Based Price 14.93 Ratio Based Price (Restate) 13.13
176
P/B
The next measure used in the method of comparable was the price to book ratio.
This ratio is found by dividing the firm’s current price per share by its book value of
equity per share. The price to book ratio gives insight as to whether the firm is growth
or value oriented and lets us compare the market value of the firm to the book value.
The following information was derived using Yahoo Finance and annual reports.
Company BPS P/B US Steel 0.5 AK Steel 0.81 Nucor 1.51
SDI 0.02SDI restated 0.01
Average 0.94 Ratio Based Price 0.03 Ratio Based Price (Restate) 0.01
As we can see from the information above, there were not any significant outliers
present nor were there any negative (unusable) figures. As we expect to see, Nucor
has a high P/B ratio, indicating growth. US Steel lower and could be considered a value
firm. We multiplied the industry average P/B by Steel Dynamics’ stated and restated
BPS to arrive at very low figures for price per share, method based. The incredible
amount of variance from the share price of $8.98 can best be explained by
outperformance by others, namely Nucor, in the industry. Based on the ratio price, we
can conclude that the firm is severely overvalued. However because of the large
difference, we will not place a large amount of importance on this comparable.
177
D/P
The next ratio is different from the previous ratios in that it uses price per share
as the denominator and dividends per share as the numerator. Despite the
arrangement, we can use the same process as before with a slight adjustment. The
following information was derived using Yahoo Finance and annual reports.
Company DPS D/P US Steel 0.05 AK Steel 0.03 Nucor 0.05
SDI 0.39SDI restated 0.39
Average 0.05 Ratio Based Price 7.80 Ratio Based Price (Restate) 7.80
As we have done previously, outliers were excluded in the average. This time it was AK
Steel whose D/P was much lower than the others. To get the price, we divided SDI’s
dividends per share by the industry average dividends to price ratio. Despite the close
proximity to the actual price, this method based price leads us to the same conclusion
that the firm is slightly overvalued.
178
Price Earnings Growth
Known informally as the PEG ratio, the price to earnings growth ratio compares a
firms P/E to its expected growth. We used the one year ahead earnings growth rate in
our calculations. One must be careful not to use the forward P/E ratios because this
would basically double count for the growth of earnings. A higher growth rate is
expected for firms with high P/E ratios. By dividing the P/E ratio by growth, we can
arrive at a more appropriate metric for determining the relative price of stock. The
following information lacks a PEG ratio for both US Steel and AK Steel; therefore Nucor
will be the only firm in the industry average.
Company g P.E.G US Steel N/A AK Steel N/A Nucor 9.54
SDI 0.15SDI restated 0.15
Average 9.54 Ratio Based Price 3.65 Ratio Based Price (Restated) N/A
Finally, we have arrived at a method that demonstrates a fairly valued result. However,
it is difficult to be precise using this comparable due to the lack of PEG numbers for two
of three main competitors.
179
P/EBITDA
EBITDA is a well known figure in finance. It stands for earnings before interest,
taxes, depreciation and amortization. Like the other methods that use the market cap
for the numerator, we will derive a model based price by multiplying Steel Dynamics’
EBITDA by the industry average P/EBITDA. Nucor was selected for exclusion on the
grounds that it is a significant outlier. The following information was derived using
Yahoo Finance and annual reports.
Company EBITDA P/EBITDA US Steel 0.72 AK Steel 0.84 Nucor 3.11
SDI 1.09 SDI restated 1.84
Average 0.78 Ratio Based Price 0.85 Ratio Based Price (Restated) 1.44
This comparable reflects an obvious conclusion of the firm being overvalued. The ratio
based price is far lower than the observed share price, which verifies the previous
statement as correct. With that said, we will move on to the next possible measure.
180
P/FCF (per share)
Measuring the free cash flow to the firm’s assets is a critical step in the valuation
of said firm. By adding the CFFO and the CFFI, we arrive at the FCF. Then, we divide
the free cash flows by the outstanding shares to arrive at the denominator for this ratio.
A large ratio indicates a relatively more expensive investment from an investor’s point
of view. AK Steel’s figures for this method will be left out due to their negative ratio.
Company FCF per P/FCF US Steel 4.98 AK Steel ‐7.34 Nucor 9.04
SDI 0.58SDI restated 0.58
Average 7.01 Ratio Based Price 4.07 Ratio Based Price (Restated) 4.07
Given the ratio based price, we come to the conclusion that the firm is overvalued.
Following intuition, we can also state that the free cash flows to the assets are not as
valuable as they appear.
181
EV/EBITDA
The last method that we used in our multiples based valuations is enterprise
value over earnings before interest, taxes, depreciation and amortization. This method
is often used because its components ignore the concept of a firm’s capital structure. In
other words, there is less confusion for investors because they need not worry about
the debt or equity financing that a corporation uses. In order to correctly run this
method, an analyst must compute the enterprise value of a firm. This is calculated as
the market value of equity plus the book value of liabilities minus cash and financial
investments. This figure represents the market core of the business, or what investors
are actually investing in.
Due to the fact that we restated our financials, we came to two separate
enterprise values for Steel Dynamics. The following information was compiled using
Yahoo Finance and annual reports.
Company EV EV/EBITDA US Steel 1.43
AK Steel 0.91
Nucor 3.37
SDI 1.39SDI restated 1.62
Average 1.17 Ratio Based Price 1.63 Ratio Based Price (Restated) 1.90
As shown, the ratio based prices indicate that the share price for SDI is well overvalued.
By multiplying the EV by the industry average, we came to the presented figures.
Therefore, we can intuitively note that the greater the enterprise value, the higher the
ratio based price. Also, we must not forget that Nucor was left out as an outlier in this
method.
182
Conclusion
We have demonstrated the fact that the “method of comparables” is basically
piracy. Using publicly available information, an analyst could determine a ratio based
price per share for any firm. Valuing the firm is the main objective of this method,
however it clearly lacks theory. This team has found that most of the method based
prices indicate Steel Dynamics as overvalued. However, when we begin to use more
reliable valuation methods, we might find ourselves in a completely different ballpark.
For this reason, we will not place a heavy weight on the significance of these findings.
Intrinsic Valuation Models:
Unlike the method of comparables, intrinsic valuation models are based on
theory. These models will, each in their own way, provide a value for the equity of a
firm. The market value of equity as it changes through alterations in variables will be
shown in box format. The provided boxes allow for easy observation as to the results
of the valuation model. Color coding indicates whether the model based, time
consistent price in under or overvalued with respect to the observed share price on April
1, 2009.
Discounted Dividends
The discounted dividends model is a theory that cash payoffs a claimholder
receives or dividends are discounted back using a present value rate in order to find the
correct equity value at a per share basis or price per share. This is a very simple way to
value the equity of a firm, and with that it is not a very reliable method. There are two
necessary parts within in this model, the cost of equity and the expected dividends. The
cost of equity was found earlier within the Capital Asset Pricing Model and the expected
dividends are found from future payout ratios and growth rates of earnings.
This model is viewed as very unreliable and a limited way to find the correct
equity of a firm by many financial analysts. An important limitation of the process is its
183
focus on the company’s growth rate. With the sensitivity of this method, any change in
the growth rate could cause a large change in the price per share. An accurate growth
rate and cost of equity is needed in order to find the correct equity required. This is
hard to find because quite a bit of those numbers are opinions and not based on strong
known figures.
In order to calculate the discounted dividends model, there are many inputs that
must be factored into the equation. First, the expected dividends must be forecasted
out eleven years. Next, a present value factor must be found on a year by year basis.
This will be the item that we multiply the dividends by in order to find the present value
of the dividends. Once this is found, the indefinite dividend growth rate must be
calculated in order to find the correct model price. This is computed by taking the
future expected dividend and dividing it by the cost of equity minus the expected
growth rate. For Steel Dynamics, this came out to 1.23 ÷ (.1586 - .05) and the total
was 11.28. After this was found, the total of 11.28 was multiplied by the present value
factor for year ten which came out to .2487. This allowed the present value of the
perpetuity to equal 2.81, and once this is added up with summation of the first ten
year’s dividends present values or 2.62, the total came out to 5.43. After this is found,
the model price must be changed to be time consistent with the current price per share.
The current price of Steel Dynamic’s price per share was $8.98 as of April 1st, 2009 so
the model price had to be multiplied by the cost of equity taken to three months ahead
in order to find a time consistent price. After this is calculated, the time consistent
model price for Steel Dynamics came out to $5.63 which means the firm’s price per
share is overvalued according to the model.
184
Discounted Dividends Model
0.02 0.03 0.04 0.05 0.06 0.07 0.080.1018 9.87 10.75 11.91 13.52 15.91 19.79 27.240.1207 7.58 8.06 8.66 9.43 10.45 11.87 13.99
Ke 0.1397 6.49 6.82 7.22 7.72 8.35 9.18 10.330.1586 5.00 5.18 5.39 5.63 5.93 6.29 6.750.1779 4.21 4.32 4.46 4.61 4.79 5.00 5.250.1975 3.60 3.68 3.77 3.86 3.98 4.11 4.260.2164 3.15 3.20 3.26 3.33 3.40 3.49 3.59
Growth Rate
White = Fairly Valued9.88 < 8.98 < 8.08
YellowOvervalued
GreenUndervalued
The model above shows the final calculations for Steel Dynamics. As shown, the
table explains how sensitive this model is overall. With a change in the growth rate
from 2% to 8% there is about a $17.00 increase within the price per share. With this
sensitivity, there is a very slight comparability to the actual price per share. Overall, the
discounted dividends model shows that Steel Dynamics is overvalued.
Discounted Free Cash Flow
The discounted free cash flows analysis uses the previously forecasted statement
of cash flows that are “then discounted at the firm’s estimated cost of capital to arrive
at the estimated value” (Palepu). This evaluation model is the easiest to compute, but
typically has the worst explanatory power.
The formula for the discounted free cash flows is as follows:
MVEE FCF
1 WACCBT,
∞
LiabilitiesMV,
185
To fix this, we need to state the present value of the terminal value perpetuity in time
zero dollars. In order to do this, we change the equation to:
MVEE FCF
1 WACCBT,
E FCF1 W BVL
Now, the perpetuity is no longer stated in the year ten dollars, and is brought back to
the same year as the year-by-year model.
This valuation model’s initial conditions are extremely sensitive to error, since
they are based off of the most volatile and difficult statement to forecast, the statement
of cash flows. The discounted free cash flows model is also very sensitive to the
discount and terminal value growth rates. The model is inherently flawed because the
growth rates of free cash flows blows up to infinity, therefore making the model a poor
measure with relatively low explanatory power.
First we found Steel Dynamics’ free cash flows for the forecasted years 2009-
2018 by adding the forecasted cash flows from operations with the forecasted cash
flows from investing activities. Earlier we discovered that the firm’s weighted average
cost of capital before tax was 9.82%. Using this, we found the present value factor by
taking 1/(1+WACCBT)^year forecasted. For example, for forecasting two years after
2008, we would take 1/(1+0.0982)2. Next we multiplied the free cash flows times the
corresponding PV factor to get the present value year by year future cash flows (PV
YBY FCF). After that, we added up all of the results to get the total PV YBY FCF.
Next we found the present value of the perpetuity in year 11 (2019). To do this,
we first found the free cash flow of the firm’s assets for 2019 by multiplying the FCF of
2018 by 113%, after observing a constant trend of at 13% increase from year to year.
We then took this number and divided it by WACCBT minus the perpetuity growth rate.
After that we found took the PV of the perpetuity and multiplied it by the PV factor from
year 10 (2018).
186
To find the Market value of the assets, valued at December 31, 2008, we added
the total PV YBY FCF and the FCF perpetuity. Then we subtracted book value of debt
and preferred stock from the MV of assets to get the market value of equity (MVE).
From Steel Dynamics’ 2008 10-K, we found that there were 181,820 shares outstanding
at the end of the year. Using this information, we divided the MV of equity by the
number of shares outstanding to get the price per share at December 31, 2008.
However, our observed price was at April 1, 2009. In order to change the PPS to
the time consistent price, we multiplied the PPS by (1+ WACCBT)3/12 to account for the
three month lapse. Because of the linked formulas, as we changed the growth and
WACCBT rates, the time consistent price would change, as reflected in the graph below.
The results from these steps are as follows:
0.02 0.03 0.04 0.05 0.06 0.07 0.08
0.0781 0.00 0.00 0.00 0.00 7.09 35.44 0.00
0.0848 0.00 0.00 0.00 0.00 0.00 10.40 65.49
0.0915 0.00 0.00 0.00 0.00 0.00 0.94 15.84
0.0982 0.00 0.00 0.00 0.00 0.00 3.44 24.74
0.1050 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.1118 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.1186 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Here, any cells that were fairly valued would have fallen within a 10% range of the our
observed share price of $8.98, but none of the results fell in this range The green cells
are greater than 110% of the observed share price, and therefore considered to be
undervalued. On the other hand, the yellow cells are less than 90% of the observed
share price, and considered to be overvalued. The red cells were originally negative
numbers, however since a negative stock price is impossible, we replaced them with the
lowest possible stock price of $0.00. This model was extremely volatile to any changes,
which also reduced the reliability and explanatory power of the model. While the
187
discounted free cash flows model’s yielded a majority of useless results, we chose the
perpetuity growth rate of .07 and the WACCBT of .0848 to get the time consistent share
price of $10.40. Since this result is greater than 110% of the observed share price, this
valuation model states the stock is undervalued.
In conclusion, the discounted free cash flows model is simple to compute, but
does a poor job explaining what is going on with the firm. Even after it has been
adjusted to include the discounted terminal value perpetuity, the evaluation model is
inherently flawed as it is based on an unrealistic growth rate and very unreliable
forecasting of from the statement of cash flows. This model yielded results higher than
the current stock price, indicating that investment in the firm would be wise.
Residual Income
The residual income model has the highest explanatory power out of all the
intrinsic valuation models with an un-equaled 40-70 percent for a single firm, and up to
90 percent for an industry, which in-turn makes it the most reliable intrinsic valuations
used by our valuation team. This is due to the fact that it puts very little weight in
“wishful thinking”, unlike models such as the dividend growth model which relies heavily
on forecasted future earnings and payout ratios. This adds some validity to the model
due to the fact that forecast errors tend to magnify with time. Because the outputs of
the residual income model are based little on speculation, it is not at all sensitive to
growth rates. After the calculation of this model an analyst will be able to tell if the
company has destroyed value, maintained value, or created value.
The calculation of the Residual Income model is easiest explained if broken down
step by step. After finding the values for net income, total dividends, and book value of
equity the next step is to calculate the annual normal income. The annual normal
income, also known as the benchmark (NI*), will serve as the income that will support
the shareholders required rate of return. To calculate the annual normal income, the
188
initial cost of equity (.1568 for Steel Dynamics) is multiplied by the previous year’s book
value of equity (BVE). This is calculated on an annual basis for ten years into the future
(2009 through 2019). After the annual normal income is calculated the next step is the
find the annual residual income by subtracting the benchmark form net income for the
same period. The third step is the calculation of the year by year present value of
residual income. This is simply done by multiplying the annual residual income by the
present value factor (which was calculated in the same fashion as seen in the dividend
discount model). After adding up the time zero book value of equity, the total PV of YBY
residual income, and the terminal value of perpetuity we were left with the market
value of equity valued at 12/31/2008. The final step before the sensitivity analysis is to
divide the market value of equity by the number of shares outstanding to get the model
price of a share at 12/31/2008. The table below illustrates the values of the inputs that
go into the calculation of market value of equity:
MVE
*in thousands except for percentages Value %
Book Value of Equity 1623886 59.6
Total PV of YBY RI 735677 27
Terminal Value of Perpetuity 362840 13.3
The next step is to compare the model price at 12/31/2008 to the time
consistent price. The time consistent price takes growth rate and initial cost of equity
into account in the same manner as the previous intrinsic valuations. The growth rate is
kept negative so that the rates will approach the cost of capital and therefore will
approach equilibrium. This is done to keep valuation models realistic in respects that a
positive perpetual growth rate would send the model into infinity. As follows is the
Residual Income analysis valued at April first, 2009 for Steel Dynamics:
189
0.00 -0.10 -0.20 -0.30 -0.40 -0.50 0.0848 49.38 35.80 31.76 29.82 28.68 27.93 0.1094 31.75 26.06 24.04 23.01 22.39 21.97 0.1340 21.72 19.40 18.46 17.96 17.65 17.43 0.1586 15.53 14.73 14.38 14.18 14.05 13.96 0.1722 13.12 12.76 12.60 12.50 12.44 12.40 0.1748 12.70 12.41 12.28 12.20 12.15 12.12 0.1994 9.68 9.77 9.82 9.85 9.87 9.88
Yellow‐Overvalued White‐Fairly Valued Green‐ Undervalued
9.88<8.98<8.08
Upon review of the results, it is clear that Steel Dynamics is undervalued
according to this model. Since we are a 10% valuation team, anything model priced
below 8.08 would be considered overvalued and any model price above 9.88 would be
considered undervalued. If the model price falls between 8.08 and 9.88, it is considered
to be fairly valued. A value highlighted in green means the time consistent price of a
share of Steel Dynamics stock is undervalued, a box with no color is a price that is fairly
valued, and a value highlighted in yellow is a share that is overvalued. Since the
residual income started positive, the values get smaller as the growth rate gets smaller.
Since there are no prices highlighted in yellow and only six out of 42 in white, our
valuation team came to the conclusion that Steel Dynamics is a very undervalued and
healthy firm according to this model and our analysis.
Abnormal Earnings Growth
The Abnormal Earnings Growth (AEG) Model is an intrinsic valuation model that
calculates a firm’s equity value, similar to the Residual Income Model. In fact, AEG is
the annual change in residual income. The results of the AEG Model will help our
valuation team determine if Steel Dynamic’s has destroyed, added, or maintained value.
The equation to determine prices, and thus the equity value, is shown below:
P0 = Core Net Income + Present Value Year-by-Year AEG + Present Value AEG Terminal Value Perpetuity
Ke
190
Although the AEG Model is not intuitive, it is a reliable model because it has high
explanatory power, is not sensitive to changes in growth rates and places more weight
on earnings in the near future. It is critical for the AEG Model to use negative growth
rates so the market moves back towards equilibrium. A more negative growth rate will
bring the model back to equilibrium faster.
The calculation of Steel Dynamic’s abnormal earnings growth is also best
explained in steps. After finding the values for net income and total dividends, the first
step is to find the Abnormal Earnings Growth components. These include cumulative
dividend income, and the normal income benchmark. The cumulative dividend income
(CDI) has a direct and indirect part. The direct part is net income earned, and the
indirect wealth is found from the dividend reinvested program, or DRIP. DRIP is
calculated by multiplying the previous year’s total dividends by the cost of capital. The
normal income benchmark is the previous year’s net income times (1 + Ke). After these
values are found, subtract the benchmark from CDI to arrive at AEG. Then discount
AEG back to time-one dollars by multiplying it by the Present Value Factor. The sum of
PV AEGs from 2010 to 2018 equals the total present values of year-by-year. For Steel
Dynamic’s the adjustment added value because of being a large positive number at
$96,819.37. Next the PV of terminal value is computed by first, dividing the year ten
AEG perpetuity by the difference between the cost of capital and the growth rate, and
second multiplying that by the PV Factor of the ninth year forecasted. This concludes
the numerator components of the equation for the total average net income perpetuity
(t+1). We found it on a per share basis and then discounted the EPS perpetuity by the
cost of capital to find the intrinsic value per share price as of December 31st, 2008. To
get the time consistent price you multiply the intrinsic value price by (1+ke) ^ (3/12).
After making adjustments in cost of capital and growth rates to alter the time consistent
prices we recorded them in the intrinsic valuation box that follows.
191
-0.10 -0.20 -0.30 -0.40 -0.50
0.1018 44.22 40.98 39.35 38.37 37.72
0.1207 30.47 28.96 28.17 27.69 27.360.1397 21.80 21.16 20.81 20.59 20.440.1586 16.13 15.93 15.82 15.74 15.690.1779 12.20 12.22 12.23 12.24 12.240.1975 9.42 9.54 9.62 9.66 9.700.2164 7.50 7.66 7.76 7.83 7.88
Yellow‐Overvalued
White‐Fairly Valued
9.88<8.98<8.08 Green‐ Undervalued
The Abnormal Earnings Growth Model indicates that Steel Dynamics is
undervalued. Being 10% analysts, there were only six overvalued prices and six fairly
valued prices. This implies that if SDI can cover its liabilities then SDI is a good buy.
SDI valued their firm at a price of $8.98 and according to the majority of the AEG Model
the price should range anywhere from $12.20 to $44.22. Our model was found to be
accurate because our change in AEG matched our residual income check figure from
the Residual Income Model. AEG from 2014 and on consistently got 15% more positive.
Further reliability in the AEG Model is shown through the similarities between the
Residual Income valuation box and the AEG box show above. SDI beat its cost of
capital of 15.86 which continued to add value to the firm. Because SDI started out with
a positive perpetuity this influences the values to get smaller as we move to a more
negative growth rate. The only differences stem from a small error in the perpetuity
values. In conclusion, within a reasonable cost of capital Steel Dynamics is undervalued
based on the Abnormal Earnings Growth Model.
Long Run Residual Income
Though the long run residual income model is similar to the residual income
model, it uses Return on Equity (ROE) instead of forecasted dividends to calculate the
market value of equity. Because of their volatile nature, dividends are hard to forecast
192
in the long run, and would therefore make the long run RI Model unreliable if dividends
were used instead of ROE. In turn this model is based off of an entirely new formula as
seen below:
MVE=BVE [1+ ((ROE-Ke) / (Ke-g))]
As stated before, the change in the equation is that the long run ROE and
growth are taken into account instead of dividends. The first step in the process of
calculating long run residual income is to calculate ROE. This was done by taking all of
the forecasted ROE numbers, eliminating the outliers, and taking the average of the
remaining values. The ROE that our valuation team converged on is 19%. We then
found that the applicable growth rate is 8% because it was the “convergence” or
centered rate. Using a growth rate of 8% and a ROE of 19% we were able to calculate
a model price of $12.31. The Ke is once again is .1586. Three different variations of the
long run RI Model were calculated using a different combination of the three variables
(Ke, G, and ROE) each time. The first of the models (as seen below) uses Ke with a
centered value of .1586 and g with a centered value of .08. The second model uses a
combination of Ke and ROE, while the third incorporates ROE and the growth rate, and
holds the third variable constant. Critical to the valuation model is the determination of
whether the models numerators or the denominators are negative or positive. A
negative numerator or denominator would yield a negative value and would in turn
render the model unrealistic. If the value of the denominator (Ke – g) is too small, the
output will be unrealistically large due to the denominator effect, again rendering the
results unrealistic.
193
g -0.03 -0.04 -0.08 -0.38 0.13
0.1018 15.27 14.84 13.59 10.83 0.00
0.1302 12.65 12.44 11.83 10.29 2,762.64
Ke 0.1586 10.81 10.73 10.49 9.81 19.44
0.1875 9.43 9.43 9.41 9.36 9.73
0.2164 8.37 8.41 8.54 8.96 6.51
Yellow‐Overvalued
White‐Fairly Valued
9.88<8.98<8.08 Green‐ Undervalued
Ke
0.1018 0.1302 0.1586 0.1875 0.2164
0.15 0.00 0.00 0.00 0.00 0.00
0.17 0.00 0.00 0.00 0.00 0.00
ROE 0.19 -0.03 -0.04 -0.08 -0.38 0.13
0.21 0.00 0.00 0.00 0.00 0.00
0.23 0.00 0.00 0.00 0.00 0.00
194
For the above model, we used an upper bound of 9.88 and a lower bound of 8.08 to
decide if a model price is overvalued, undervalued, or fairly valued. If a value is
highlighted in green, the price is undervalued. If a price is highlighted in yellow it is
overvalued and if it is not highlighted at all then the prices is fairly valued. According to
basic financial theory, the growth rate should never exceed the cost of capital because
this would produce a negative stock value. Upon review of the results of this model, our
valuation team has once again come to the conclusion that Steel Dynamics is an
undervalued firm.
Analyst Recommendation
The purpose of our research and analysis has been to ultimately determine the
value of Steel Dynamics’ equity. After a significant amount of effort, it is our opinion
that the firm is undervalued. We have arrived at this conclusion through a series of
analytical steps which together have enabled us to defend our proposition. An industry
analysis focusing on key success factors built our knowledge base for the steel
ROE
0.15 0.17 0.19 0.21 0.23
-0.03 8.84 9.83 10.81 11.79 12.77
-0.04 8.86 9.80 10.73 11.66 12.60
g -0.08 8.93 9.71 10.49 11.26 12.04
-0.38 9.12 9.46 9.81 10.15 10.49
0.13 6.48 12.96 19.44 25.92 32.40
Yellow‐Overvalued
White‐Fairly Valued
9.88<8.98<8.08 Green‐ Undervalued
195
processing industry. Using this base we were able to determine which accounting areas
might be potentially distortive. Then, after restating the last five years worth of
financial statement data, we could begin a process of forecasting the next ten years.
Appropriate forecasts and discount rate estimations provided the inputs to our intrinsic
valuation models. Focusing on the most reliable models while taking into consideration
the increased leverage of the firm, we have determined the market value of Steel
Dynamics’ equity to be undervalued.
It was important to this valuation team to expose the accurate economic value of
the intrinsically undervalued firm. In order to this, we had to begin by observing the
industry environment. We discovered an industry with high price competition and a
considerable amount of rivalry amongst existing firms. This type of competition is
healthy because it allows for firms to constantly attempt to add value in any way
possible. Success for steel manufacturers revolves around a cost leadership position.
The firms sell products to all sorts of customers; however, being linked to key industries
like the automotive industry might spell doom for some unhealthy steel firms. We do
not feel that the current economic slow-down will be able to stifle the growth of Steel
Dynamics following the recession. Therefore, the economic ramifications of our current
situation does not affect our opinion of the firm’s value.
After analyzing the key accounting policies for the individual firm and the main
competitors, we could state with considerable certainty how clearly the firms were
presenting themselves. High disclosure was found to be very common with respect to
key accounting areas. A lack of information regarding a specific topic was not found to
be troublesome because it simply meant there was nothing to discuss, for example
currency risk. The lack of impairment for Goodwill was the only situation where we
found potentially misleading information. For this reason, we tested for impairment and
made the appropriate adjustment to the balance sheets and income statements.
Financial analysis put us one step closer to determining how well the firm is
operating in its industry. We used benchmark analysis to evaluate the trends in various
196
ratios. Despite our extensive findings, we have concluded that the most important
observation that was made involved the Debt to Equity ratio for the industry. We see
Steel Dynamics’ figures drastically increase in the last year. A vast increase in leverage
is the primary concern for this valuation team because it presents the only issue with
our valuation opinion. We feel that if the firm can satisfy all of its debt holders, then it
would most certainly be a wise investment.
The most valuable research and analysis that we have performed is the intrinsic
valuation process. We utilized a set of different models, all of which offer a different
view of the firm’s value. The results that followed the method of comparables also
proved to be unreliable and therefore were not heavily weighted in our decision. The
least reliable of the models provided us with results that might lead inferior analysts to
infer overvalued prices. However, focusing on the most reliable of the models, the
Residual Income Model, we have been able to defend our opinion. We have found that
the observed share price of $8.98 is well below our model based prices. Model based
prices for the original cost of equity ranged from $15.53 to $13.96, which all fall outside
of our 10% analyst bounds. The fact that the model price is nearly double the
observed price leads us to infer that the firm’s equity is clearly undervalued. Therefore,
after meticulous research and analysis, we recommend investing in Steel Dynamics.
197
Appendix 1:
Total Assets of Industry (in thousands) 2003 2004 2005 2006 2007 2008SDI: 1,448,439 1,733,619 1,757,687 2,247,017 4,519,453 5,253,577Nucor 4,511,577 6,140,391 7,148,845 7,893,018 9,826,122 13,874,443USSC 7,897,000 11,064,000 9,822,000 10,586,000 15,632,000 16,130,000AK steel 5,025,600 5,452,700 5,487,900 5,517,600 5,167,400 4,677,400Total assets: Industry 18,882,616 24,390,710 24,216,432 26,243,635 35,144,975 39,935,420
Firms' Percent of Total Assets of Industry: 2003 2004 2005 2006 2007 2008
Steel Dynamics 7.67% 7.11% 7.26% 8.56% 12.86% 13.16%
Nucor 23.89% 25.18% 29.52% 30.08% 27.96% 34.74%
USSC 41.82% 45.36% 40.56% 40.34% 44.48% 40.39%
AK steel 26.61% 22.36% 22.66% 21.02% 14.70% 11.71%Total assets: Industry 18,882,616 24,390,710 24,216,432 26,243,635 35,144,975 39,935,420
Sales revenue (net sales in thousands) 2003 2004 2005 2006 2007 2008 total per co. SDI
987,248 2,144,913 2,184,866 3,238,787 4,384,844 8,080,521 21,021,179Nucor 6,265,823 11,376,828 12,700,999 14,751,270 16,592,976 23,663,324 85,351,220USSC 16,873,000 15,715,000 14,039,000 13,975,000 16,873,000 23,817,000 101,292,000AK steel 4,041,700 5,217,300 5,647,400 6,069,000 7,003,000 7,644,300 35,622,700Total sales revenue: Industry 28,167,771 34,454,041 34,572,265 38,034,057 44,853,820 63,205,145 243,287,099
198
Industry growth
2004 2005 2006 2007 2008 5 yr average: Steel dynamics 117.26% 1.86% 48.24% 35.39% 84.28% 71.76%Nucor 81.57% 11.64% 16.14% 12.49% 42.61% 41.11%USSC -6.86% -10.66% -0.46% 20.74% 41.15% 10.98%AK steel 29.09% 8.24% 7.47% 15.39% 9.16% 17.34%Industry Totals: 221.06% 11.08% 71.39% 84.00% 177.21% 141.18%
PPE, net (in thousands) 2003 2004 2005 2006 2007 2008 5 year avg: Steel dynamics 1,001,116 1,024,044 999,969 1,136,703 1,652,097 2,072,857 1,314,464Nucor 2,817,135 2,818,307 2,855,717 2,856,415 3,232,998 4,131,861 3,118,739USSC 3,414,000 3,627,000 4,105,000 4,429,000 6,688,000 6,684,000 4,824,500AK steel 243,390 232,450 225,750 213,340 206,590 2,061,300 530,470Total PPE: Industry 7,475,641 7,701,801 8,186,436 8,635,458 11,779,685 14,950,018 2,447,043
199
Steel and Iron: Basic Materials (in thousands) Steel Dynamics Nucor USSC AK Steel Industry Total Industry mean 2003 987,248 6,265,823 16,873,000 4,041,700 28,167,771 13,837,0742004 2,144,913 11,376,828 15,715,000 5,217,300 34,454,041 16,690,7922005 2,184,866 12,700,999 14,039,000 5,647,400 34,572,265 16,739,9162006 3,238,787 14,751,270 13,975,000 6,069,000 38,034,057 18,207,3322007 4,384,844 16,592,976 16,893,000 7,003,000 44,873,820 21,340,6992008 8,080,521 23,663,324 23,817,000 7,644,300 63,205,145 29,582,442
Sales revenue (in thousands) 2003 2004 2005 2006 2007 2008 total per co. Steel dynamics 987,248 2,144,913 2,184,866 3,238,787 4,384,844 8,080,521 21,021,179Nucor 6,265,823 11,376,828 12,700,999 14,751,270 16,592,976 23,663,324 85,351,220USSC 16,873,000 15,715,000 14,039,000 13,975,000 16,873,000 23,817,000 101,292,000AK steel 4,041,700 5,217,300 5,647,400 6,069,000 7,003,000 7,644,300 35,622,700Total sales revenue: Industry 28,167,771 34,454,041 34,572,265 38,034,057 44,853,820 63,205,145 243,287,099
200
Appendix 2:
2003 2004 2005 2006 2007 2008Steel Dyna 1.02 1.06 1 1.05 1.4 0.97AK Steel 1.11 1.05 0.99 1.02 1 0.97Nucor Cor 1.01 1.04 1 1 1.03 0.98U.S. Steel 1.03 1.04 0.99 1.01 1.02 1.01
2003 2004 2005 2006 2007 2008Steel Dyna 9.78 9.98 10.18 9.12 6.54 17.84AK Steel 10.12 8.25 9.91 8.71 10.37 16.27Nucor Cor 10.95 11.82 12.69 13.82 10.29 19.26U.S. Steel 8.63 8.86 9.26 9.4 8.77 10.48
2003 2004 2005 2006 2007 2008Steel Dyna 5.35 5.62 5.65 5.69 4.85 7.9AK Steel 5.53 7.65 6.99 7.08 10.83 13.49Nucor Cor 11.18 9.18 13.44 12.93 10.36 9.83U.S. Steel 7.37 11.79 9.58 9.8 7.4 9.02
2003 2004 2005 2006 2007 2008Steel Dyna ‐ 1.09 0.26 1.15 39.14 0.87AK Steel ‐0.3 0.88 0.9 1.82 0.86 0.78Nucor Cor 0 1.06 0.79 1.01 1.35 0.88U.S. Steel 1.07 1.04 ‐0.14 1.16 1.09 0.99
2003 2004 2005 2006 2007 2008Steel Dyna ‐414.64 10.16 ‐190.25 7.51 0.91 ‐17.03AK Steel ‐0.29 5.04 ‐6.87 3.32 ‐42.84 ‐3.13Nucor Cor 16.46 13.1 34.96 30.74 3.38 ‐18.46U.S. Steel 8.01 9.38 0.91 10.81 4.57 25.43
2003 2004 2005 2006 2007 2008Steel Dyna ‐227.3 5.88 7.39 5.78 ‐2.01 31.1AK Steel ‐0.16 ‐24.14 3.41 8.57 ‐4.43 ‐8.02Nucor Cor ‐51.2 7.52 ‐4.49 10.45 4 8.77U.S. Steel 9.5 ‐54.07 ‐0.26 12.14 1.71 26.26
Change form of Net Sales / Accounts Receivable
Change form of Net Sales / Inventory
Raw Net Sales / Cash Flows from Sales
Raw Net Sales / Accounts Receivable
Raw Net Sales / Inventory
Change form of Net Sales / Cash Flows from Sales
201
2003 2004 2005 2006 2007 2008Steel Dynamics 0.68 1.24 1.24 1.44 0.97 1.54Ak Steel 0.8 0.96 1.03 1.1 1.35 1.63
Nucor Corp. 1.39 1.85 1.78 1.87 1.69 1.70U.S. Steel 1.21 1.29 1.43 1.48 1.08 1.39
2003 2004 2005 2006 2007 2008Steel Dynamics 0.13 0.24 0.16 0.14 0.03 0.88
Ak Steel 0.54 ‐3.72 0.49 ‐3.23 1.02 2.97
Nucor Corp. ‐0.01 0.29 0.52 0.04 ‐0.81 0.82U.S. Steel ‐0.41 0.52 ‐0.13 0.26 0.05 0.54
2003 2004 2005 2006 2007 2008Steel Dynamics 0.01 0.12 0.06 0.08 0.01 0.02Ak Steel ‐0.14 ‐5.92 3.59 2.16 ‐12.54 ‐3.25
Nucor Corp. 0 0.19 0.39 0.04 ‐0.64 0.06U.S. Steel 0.09 0.23 ‐0.05 0.1 0.01 0.01
2003 2004 2005 2006 2007 2008Steel Dynamics 0.08 ‐0.25 4.42 ‐0.16 0.22 0.02Ak Steel ‐1.55 ‐0.13 0 3.05 0.03 0.03
Nucor Corp. 0.13 ‐0.23 0.62 ‐0.31 4.13 0.01U.S. Steel 0.48 ‐0.24 5.81 0.86 0.46 0.1
Cash Flow from Operations / Net Operating Assets
Total Accruals / Sales
Asset Turnover (Sales / Assets)
Cash Flow from Operations / Operating Income
202
2003 2004 2005 2006 2007 2008Steel Dynamics 5.72 4.06 1.66 2.15 0.5 0.97Ak Steel 0.02 2.75 12.22 14.2 2.92 1.35
Nucor Corp. ‐4.32 3.11 1.32 2.75 0.95 1.69U.S. Steel ‐17.29 1.49 0.06 2.19 0.23 1.08
2003 2004 2005 2006 2007 2008Steel Dynamics ‐ 0.26 0.51 0.12 ‐2.21 0.65
Ak Steel 0 1.13 ‐1.25 5.63 1.51 2.14
Nucor Corp. ‐ 0.31 2.01 ‐1.32 6.72 ‐0.73U.S. Steel ‐0.35 0.23 7.13 1.86 0.7 1.49
2003 2004 2005 2006 2007 2008Steel Dynamics 0.18 4.7 2.39 0.23 ‐0.14 0.27Ak Steel ‐0.14 ‐5.92 3.59 2.16 ‐12.54 0.65
Nucor Corp. 0.01 453.73 15.53 1092.78 ‐5.77 ‐0.58U.S. Steel 0.7 2.46 ‐2.59 1.56 ‐0.18 0.27
2003 2004 2005 2006 2007 2008Steel Dynamics 0.08 ‐2.14 ‐0.42 ‐0.34 4.64 0.05Ak Steel ‐1.55 ‐0.13 0 3.05 0.03 0.03
Nucor Corp. 0.13 ‐0.38 ‐0.53 ‐2.01 ‐39.54 0.79U.S. Steel 0.48 ‐1.02 ‐0.15 1.05 1.74 0.13
Asset Turnover (Sales / Assets)
Cash Flow from Operations / Operating Income
Cash Flow from Operations / Net Operating Assets
Total Accruals / Sales
203
Goodwill:
Impairment of Goodwill (in thousands) 2003 2004 2005 2006 2007 2008Goodwill Before: 0.0 0.0 1,925.0 30,966.0 510,966.0 781,555.0Goowill After: 0.0 0.0 1,540.0 24,387.8 402,194.6 516,472.6Difference: 0.0 0.0 385.0 6,578.2 108,771.4 265,082.4
Total assets 1,448,439 1,733,619 1,755,762 2,216,051 4,008,487 4,472,022goodwill percent of TA, before &
after
0.00% 0.00% 0.11% 1.40% 12.75% 17.48%
0.00% 0.00% 0.09% 1.10% 10.03% 11.55%Impairment of Goodwill (in thousands) 0.00% 0.00% 0.02% 0.30% 2.71% 5.93%
2007 Goodwill as a Percent of Plant, Property and Equipment:(2007, in thousands)
Goodwill PPE % of PPE Steel Dynamics 510983 1652097 30.93%USSC 1712000 6688000 25.60%AK Steel 371000 20659000 1.80%Nucor 847887 3232998 26.23%
Steel Dynamics, Inc.: CGS/PPE (in thousands)
2003 2004 2005 2006 2007 2008 % Change, 5 yr:
SDI CGS 841,920 1,541,423 1,699,717 2,408,795 3,468,855 6,849,262
PPE 1,001,116 1,024,044 999,969 1,136,703 1,652,097 2,072,857
CGS/PPE 84.10% 150.52% 169.98% 211.91% 209.97% 330.43% 292.91%
AKsteel CGS 3,886,900 4,553,600 4,996,800 5,452,700 5,919,000 6,491,100
PPE 2,433,900 2,324,500 2,257,500 2,133,400 2,065,900 2,061,300
CGS/PPE 159.70% 195.90% 221.34% 255.59% 286.51% 314.90% 97.19%
USSC CGS 974,000 1,039,000 931,000 963,000 1,172,000 1,288,000
PPE 3,414,000 3,627,000 4,105,000 4,429,000 6,688,000 6,684,000
CGS/PPE 28.53% 28.65% 22.68% 21.74% 17.52% 19.27% -32.46%
Nucor CGS 5,996,547 9,174,611 10,108,805 11,284,606 13,462,927 19,612,283
PPE 2,817,135 2,818,307 2,855,717 2,856,415 3,232,998 4,131,861
CGS/PPE 212.86% 325.54% 353.98% 395.06% 416.42% 474.66% 122.99%
204
Steel Dynamics, Inc.: CGS/PPE (in thousands)
2003 2004 2005 2006 2007 2008 % Change, 5 yr:
SDI Sales 987,248 2,144,913 2,184,866 3,238,787 4,384,844 8,080,521
PPE 1,001,116 1,024,044 999,969 1,136,703 1,652,097 2,072,857
Sales/PPE 98.61% 209.46% 218.49% 284.93% 265.41% 389.83% 295.30%
AKsteel Sales 4,041,700 5,217,300 5,647,400 6,069,000 7,003,000 7,644,300
PPE 2,433,900 2,324,500 2,257,500 2,133,400 2,065,900 2,061,300
Sales/PPE 166.06% 224.45% 250.16% 284.48% 338.98% 370.85% 123.32%
USSC Sales 16,873,000 15,715,000 14,039,000 13,975,000 16,873,000 23,817,000
PPE 3,414,000 3,627,000 4,105,000 4,429,000 6,688,000 6,684,000
Sales/PPE 494.23% 433.28% 342.00% 315.53% 252.29% 356.33% -27.90%
Nucor Sales 6,265,823 11,376,828 12,700,999 14,751,270 16,592,976 23,663,324
PPE 2,817,135 2,818,307 2,855,717 2,856,415 3,232,998 4,131,861
Sales/PPE 222.42% 403.68% 444.76% 516.43% 513.24% 572.70% 157.49%
205
Appendix 3:
CURRENT LIABILITIES Amount Rate Weight ResourcesAccounts Payable 259,742 0.48% 0.0834 1 mo AA financial commercial paper rateAccounts Payable-Related Parties 3,651 0.48% 0.0012 1 mo AA financial commercial paper rateIncome Taxes Payable 4,107 0.48% 0.0013 1 mo AA financial commercial paper rateAccrued Expenses 209,697 0.48% 0.0674 1 mo AA financial commercial paper rateAccrued Profit Sharing 62,561 0.48% 0.0201 1 mo AA financial commercial paper rateSenior Secured Revolver 36,600 0.48% 0.0118 1 mo AA financial commercial paper rateCurrent Maturities of L-T Debt 65,223 6.68% 0.0210 SDI 10-K
Long-Term Liabilities Amount Rate Weight ResourcesSenior Secured Term A loan 503,800 6.50% 0.1618 SDI 10-K6 3⁄4% Senior Notes 500,000 6.75% 0.1606 SDI 10-K7 3⁄8% Senior Notes 700,000 7.38% 0.2248 SDI 10-K7 3/4% Senior Notes, Due 2016 500,000 7.75% 0.1606 SDI 10-K9 1⁄2% Senior Notes 500,000 7.50% 0.1606 SDI 10-KOther L-T Debt 15,361 2.87% 0.0049 10-yr Treasury Constant Maturity RateDeferred Income Taxes 365,494 2.87% 0.1174 10-yr Treasury Constant Maturity RateMinority Interest 8,427 2.87% 0.0027 10-yr Treasury Constant Maturity RateOther L-T Liabilities 65,626 2.87% 0.0211 10-yr Treasury Constant Maturity Rate
Cost of Debt
206
2003 2004 2005 2006 2007 2008Steel Dynamics 2.66 2.91 3.5 2.61 1.88 1.76AK Steel 1.74 2.82 2.49 2.73 2.49 2.73Nucor 3.06 2.98 3.24 3.29 3.21 3.45U.S. Steel 1.46 1.68 1.76 1.92 1.65 2.06Industry Average 2.23 2.60 2.75 2.64 2.31 2.50
2003 2004 2005 2006 2007 2008Steel Dynamics 1.09 1 1.3 0.97 0.78 0.48AK Steel 0.58 1.35 1.21 1.31 1.43 1.41Nucor 1.47 1.63 2.26 2.25 2.02 1.93U.S. Steel 0.72 1.11 1.12 1.19 0.83 1.08Industry Average 0.96 1.27 1.47 1.43 1.26 1.22
2003 2004 2005 2006 2007 2008Steel Dynamics 4.56 4.04 4.26 4.23 3.83 6.69AK Steel 5.32 6.67 6.18 6.36 9.15 11.45Nucor 10.70 7.36 10.67 9.89 8.41 8.14U.S. Steel 6.6 9.5 7.94 8.08 6.42 7.91Industry Average 6.79 6.89 7.26 7.14 6.95 8.55
2003 2004 2005 2006 2007 2008Steel Dynamics 80.04 90.35 85.68 86.29 95.3 54.56AK Steel 68.64 54.68 59.05 57.41 39.89 31.87Nucor 34.11 49.57 34.20 36.92 43.42 44.82U.S. Steel 55.3 38.43 45.96 45.15 56.85 46.12Industry Average 59.52 58.26 56.22 56.44 58.86 44.34
2003 2004 2005 2006 2007 2008Steel Dynamics 9.78 9.98 10.77 9.12 6.54 17.84AK Steel 10.12 8.25 9.91 8.71 10.37 16.27Nucor 9.95 10.67 12.69 13.82 10.29 19.26U.S. Steel 7.77 8.77 9.27 9.35 8.77 11.11Industry Average 9.41 9.42 10.66 10.25 8.99 16.12
2003 2004 2005 2006 2007 2008Steel Dynamics 37.32 36.57 33.89 40.02 55.81 20.46AK Steel 36.06 44.26 36.84 41.91 35.18 22.44Nucor 9.78 9.98 10.77 9.12 6.54 17.84U.S. Steel 46.97 41.63 39.41 39.04 41.62 32.86Industry Average 32.53 33.11 30.23 32.52 34.79 23.40
2003 2004 2005 2006 2007 2008Steel Dynamics 3.88 4.83 4.21 5.07 5.54 10.94AK Steel 6.98 3.84 4.21 3.76 4.82 6.03Nucor 6.32 5.39 4.51 4.57 4.75 5.21U.S. Steel 8.53 8.15 6.73 6.3 8.63 8.06Industry Average 6.43 5.55 4.91 4.92 5.93 7.56
2003 2004 2005 2006 2007 2008Steel Dynamics 117.36 126.92 119.57 126.31 151.11 75.02AK Steel 104.70 98.94 95.89 99.31 75.07 54.31Nucor 70.79 83.77 62.96 63.33 78.88 63.77U.S. Steel 96.93 77.85 85.00 86.77 89.70 46.12Industry Average 97.44 96.87 90.86 93.93 98.69 59.80
Days Sales Outstanding
Working Capital Turnover
Cash‐to‐Cash Cycle
Liquidity and Operating Efficiency RatiosCurrent Ratio
Quick Asset Ratio
Inventory Turnover
Days Supply Inventory
Receivables Turnover
207
2003 2004 2005 2006 2007 2008Steel Dynamics 0.16 0.28 0.22 0.26 0.21 0.15AK Steel 0.04 0.13 0.12 0.10 0.15 0.15Nucor 0.04 0.20 0.21 0.24 0.12 0.17U.S. Steel ‐0.01 0.11 0.10 0.11 0.06 0.12Industry Average 0.06 0.18 0.16 0.18 0.14 0.15
2003 2004 2005 2006 2007 2008Steel Dynamics 0.05 0.05 0.04 0.03 0.03 0.03
AK Steel 1.16 1.02 0.98 0.99 0.91 1.00
Nucor 0.03 0.04 0.04 0.04 0.03 0.03
U.S. Steel 0.08 0.05 0.05 0.04 0.03 0.03
Industry Average 0.33 0.29 0.28 0.28 0.25 0.27
2003 2004 2005 2006 2007 2008Steel Dynamics 0.098 0.236 0.18 0.204 0.158 0.105Steel Dynamics Restated 0.10 0.24 0.18 0.20 0.16 0.11AK Steel ‐0.15 0.01 0.01 0.00 0.08 0.00Nucor 0.01 0.15 0.16 0.19 0.14 0.11U.S. Steel ‐0.09 0.11 0.10 0.11 0.07 0.13Industry Average ‐0.01 0.15 0.13 0.14 0.12 0.09
2003 2004 2005 2006 2007 2008Steel Dynamics 0.05 0.14 0.10 0.12 0.09 0.06Steel Dynamics Restated 0.05 0.14 0.10 0.12 0.07 0.06AK Steel ‐0.14 0.05 0.00 0.00 0.06 0.00Nucor 0.01 0.10 0.10 0.12 0.09 0.08U.S. Steel ‐0.06 0.08 0.06 0.09 0.05 0.09Industry Average ‐0.02 0.10 0.07 0.09 0.07 0.06
2003 2004 2005 2006 2007 2008Steel Dynamics 0.77 1.48 1.26 1.84 1.95 1.79AK Steel 1.04 1.04 1.11 1.27 1.47Nucor 1.43 2.53 2.07 2.07 2.10 2.41U.S. Steel 1.07 1.27 1.43 1.48 1.08 1.48Industry Average 1.09 1.58 1.45 1.62 1.60 1.79
2003 2004 2005 2006 2007 2008Steel Dynamics 0.04 0.2 0.13 0.23 0.18 0.1Steel Dynamics Restated 0.04 0.20 0.13 0.22 0.13 0.11AK Steel 0.05 0.00 0.00 0.07 0.00Nucor 0.01 0.25 0.21 0.22 0.19 0.19U.S. Steel ‐0.06 1.03 0.09 0.13 0.06 0.13Industry Average 0.01 0.35 0.11 0.16 0.12 0.10
2003 2004 2005 2006 2007 2008Steel Dynamics 0.09 0.5 0.26 0.45 0.32 0.3Steel Dynamics Restated 0.09 0.50 0.26 0.44 0.23 -0.03
AK Steel ‐4.52 ‐0.01 0.05 0.93 0.00Nucor 0.03 0.48 0.38 0.41 0.31 0.36U.S. Steel ‐0.42 0.29 0.27 0.31 0.16 0.00Industry Average ‐0.05 ‐0.55 0.23 0.33 0.39 0.13
2003 2004 2005 2006 2007 2008Steel Dynamics 0.04 0.19 0.12 0.21 0.15 0.08Steel Dynamics Restated 0.03 0.19 0.11 0.19 0.10 0.11AK Steel 0.00020 0.00018 0.00018 0.00018 0.00019Nucor 0.00 0.10 0.18 0.15 0.09 0.12U.S. Steel ‐0.06 0.1 0.09 0.12 0.05 0.12Industry Average 0.00 0.12 0.10 0.13 0.08 0.08
2003 2004 2005 2006 2007 2008Steel Dynamics 0.10 0.39 0.24 0.38 0.44 0.26Steel Dynamics Restated 0.08 0.39 0.21 0.35 0.28 0.31AK Steel 0.00550 0.00456 0.00241 0.00108 0.00093Nucor 0.00 0.17 0.30 0.24 0.18 0.21U.S. Steel ‐0.46 0.28 0.26 0.30 0.14 0.40Industry Average ‐0.07 0.25 0.20 0.25 0.21 0.24
Return on Equities
Internal Growth Rate
Sustainable Growth Rate
Profitability RatiosGross Profit Margin
Operating Expense Ratio
Operating Profit Margin
Net Profit Margin
Asset Turnover
Return on Assets
208
2003 2004 2005 2006 2007 2008Steel Dynamics 1.47 1.05 0.998 0.83 1.96 2.24Steel Dynamics Restated 1.47 1.05 1.00 0.82 1.88 1.92AK Steel ‐96.18 26.62 23.89 12.23 4.94 3.84Nucor 0.92 0.77 0.67 0.63 0.92 0.75U.S. Steel 6.17 1.75 1.95 1.42 1.81 2.25Industry Average (with out AK Steel) 2.51 1.16 1.15 0.93 1.64 1.79Industry Average (with AK Steel) ‐17.23 6.25 5.70 3.19 2.30 2.20
2003 2004 2005 2006 2007 2008Steel Dynamics 2.8 13.03 11.45 20.53 12.47 5.92AK Steel ‐5.05 0.28 0.44 ‐0.03 8.66 ‐0.15Nucor 3.72 78.46 480.97 ‐71.09 413.02 31.84U.S. Steel ‐6.62 12.28 10.33 14.85 7.29 17.79Industry Average ‐1.29 26.01 125.80 ‐8.94 110.36 13.85
2003 2004 2005 2006 2007 2008Steel Dynamics 10.71 15.51 45.87 187.82 624.2 13.8AK Steel ‐1.04 ‐ ‐ ‐ 55.35 118.71Nucor 1.50 2.18 4.26 4.36 2.80 4.68U.S. Steel 0.31 1.03 0.89 1.73 0.55 0.54Industry Average 2.87 6.24 17.01 64.64 170.72 34.43
2003 2004 2005 2006 2007 2008Steel Dynamics 2.04 2.95 2.95 3.43 2.13 2.73Steel Dynamics Restated 2.04 2.95 2.93 3.44 2.18 3.01AK Steel 0.54 0.43 1.17 1.27 0.49 ‐1.22Nucor 2.55 4.05 4.11 4.5 3.82 3.58U.S. Steel 2.28 2.51 3.77 2.69 2.32 3.96Industry Average 1.85 2.49 3.00 2.97 2.20 2.33
Capital Structure AnalysisDebt to Equity Ratio
Times Interest Earned
Debt Service Margin
Z‐Score
Steel Dynamics, Adjusted IGR: 2001 2002 2003 2004 2005 2006 2007 2008 3.11% 19.13% 10.61% 19.03% 9.57% -1.20%
Steel Dynamics, Adjusted SGR: 2001 2002 2003 2004 2005 2006 2007 2008 7.68% 39.14% 21.18% 34.64% 27.62% -3.51%
Sales Growth Percentage:
2002 2003 2004 2005 2006 2007 2008raw avg.:
adj. avg.:
42.4% 14.2% 117.3% 1.9% 48.2% 35.4% 84.3% 49.1% 42.0%
209
Predicted Sales Growth Rates: 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
-10.0% 5.0% 10.0% 15.0% 15.0% 15.0% 15.0% 15.0% 15.0% 15.0%
Predicted Dividends Paid 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018
dividends paid: 64,159 67,367 74,104 85,219 98,002 112,703 129,608 149,049 171,407 197,118
growth rate: -10% 5% 10% 15% 15% 15% 15% 15% 15% 15%
Regression Analysis
3 month
SUMMARY OUTPUT (24)
Regression StatisticsMultiple R 0.445098R Square 0.198112Adjusted R Square 0.161663Standard Error 0.1743Observations 24
ANOVAdf SS MS F ignificance F
Regression 1 0.165125 0.165125 5.435252 0.029295Residual 22 0.668367 0.03038Total 23 0.833492
Coefficientstandard Erro t Stat P-value Lower 95% Upper 95% Lower 95.0% Upper 95.0%Intercept 0.048019 0.052069 0.922205 0.366425 -0.05997 0.156003912 -0.059966645 0.156003912X Variable 1 1.760057 0.754948 2.331363 0.029295 0.194391 3.325722835 0.194391171 3.325722835
210
SUMMARY OUTPUT (36)
Regression StatisticsMultiple R 0.381802R Square 0.145773Adjusted R Square 0.120648Standard Error 0.177421Observations 36
ANOVAdf SS MS F ignificance F
Regression 1 0.182639 0.182639 5.802053 0.021574Residual 34 1.070263 0.031478Total 35 1.252902
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.058874 0.045891 1.282896 0.208205 -0.03439 0.152136 -0.03439 0.152136X Variable 1 1.781577 0.739629 2.408745 0.021574 0.278471 3.284683 0.278471 3.284683
SUMMARY OUTPUT (48)
Regression StatisticsMultiple R 0.420755R Square 0.177035Adjusted R 0.159145Standard E 0.165699Observatio 48
ANOVAdf SS MS F ignificance F
Regression 1 0.27169 0.27169 9.895459 0.002903Residual 46 1.262978 0.027456Total 47 1.534668
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.072316 0.036824 1.96383 0.05561 -0.00181 0.146438 -0.00181 0.146438X Variable 2.044038 0.649787 3.145705 0.002903 0.736085 3.351991 0.736085 3.351991
211
SUMMARY OUTPUT (60)
Regression StatisticsMultiple R 0.42704R Square 0.182363Adjusted R 0.168266Standard E 0.156928Observatio 60
ANOVAdf SS MS F ignificance F
Regression 1 0.318569 0.318569 12.93612 0.000667Residual 58 1.428328 0.024626Total 59 1.746897
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.073058 0.028871 2.530482 0.014127 0.015266 0.13085 0.015266 0.13085X Variable 2.005018 0.557463 3.596681 0.000667 0.889134 3.120903 0.889134 3.120903
SUMMARY OUTPUT (72)
Regression StatisticsMultiple R 0.444707R Square 0.197765Adjusted R 0.186304Standard E 0.145869Observatio 72
ANOVAdf SS MS F ignificance F
Regression 1 0.367171 0.367171 17.2562 9.09E-05Residual 70 1.489435 0.021278Total 71 1.856606
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.059529 0.020978 2.837728 0.00594 0.01769 0.101368 0.01769 0.101368X Variable 1.78366 0.429378 4.154058 9.09E-05 0.927293 2.640028 0.927293 2.640028
212
1 Year
SUMMARY OUTPUT (24)
Regression StatisticsMultiple R 0.465414R Square 0.21661Adjusted R 0.181002Standard E 0.172277Observatio 24
ANOVAdf SS MS F ignificance F
Regression 1 0.180543 0.180543 6.083081 0.021914Residual 22 0.652949 0.02968Total 23 0.833492
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.055355 0.052447 1.055441 0.302677 -0.05341 0.164125 -0.05341 0.164125X Variable 1.807631 0.732905 2.46639 0.021914 0.287678 3.327583 0.287678 3.327583
SUMMARY OUTPUT (36)
Regression StatisticsMultiple R 0.567676R Square 0.322256Adjusted R 0.302322Standard E 0.040475Observatio 36
ANOVAdf SS MS F ignificance F
Regression 1 0.026484 0.026484 16.1664 0.000305Residual 34 0.055699 0.001638Total 35 0.082182
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.07301 0.016132 -4.52578 7.01E-05 -0.10579 -0.04023 -0.10579 -0.04023X Variable 1.666893 0.414573 4.020747 0.000305 0.824379 2.509406 0.824379 2.509406
213
SUMMARY OUTPUT (48)
Regression StatisticsMultiple R 0.436205R Square 0.190275Adjusted R 0.172672Standard E 0.16436Observatio 48
ANOVAdf SS MS F ignificance F
Regression 1 0.292009 0.292009 10.80939 0.00194Residual 46 1.24266 0.027014Total 47 1.534668
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.079082 0.03735 2.117337 0.039669 0.003901 0.154264 0.003901 0.154264X Variable 2.08676 0.634705 3.287764 0.00194 0.809165 3.364355 0.809165 3.364355
SUMMARY OUTPUT (62)
Regression StatisticsMultiple R 0.438219R Square 0.192035Adjusted R 0.178105Standard E 0.155997Observatio 60
ANOVAdf SS MS F ignificance F
Regression 1 0.335466 0.335466 13.78533 0.000462Residual 58 1.411431 0.024335Total 59 1.746897
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.080758 0.029826 2.70766 0.008889 0.021055 0.14046 0.021055 0.14046X Variable 2.051272 0.552477 3.71286 0.000462 0.945368 3.157175 0.945368 3.157175
214
SUMMARY OUTPUT (72)
Regression StatisticsMultiple R 0.452569R Square 0.204819Adjusted R 0.193459Standard E 0.145226Observatio 72
ANOVAdf SS MS F ignificance F
Regression 1 0.380268 0.380268 18.03026 6.57E-05Residual 70 1.476338 0.021091Total 71 1.856606
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.065302 0.021566 3.02803 0.003445 0.02229 0.108314 0.02229 0.108314X Variable 1.806518 0.425443 4.246206 6.57E-05 0.957999 2.655037 0.957999 2.655037
2 Year
SUMMARY OUTPUT (24)
Regression StatisticsMultiple R 0.516513R Square 0.266786Adjusted R 0.233458Standard E 0.048215Observatio 24
ANOVAdf SS MS F ignificance F
Regression 1 0.018609 0.018609 8.004872 0.009763Residual 22 0.051143 0.002325Total 23 0.069752
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.08408 0.023039 -3.64941 0.001413 -0.13186 -0.0363 -0.13186 -0.0363X Variable 2.068003 0.730927 2.829288 0.009763 0.552153 3.583852 0.552153 3.583852
215
SUMMARY OUTPUT (36)
Regression StatisticsMultiple R 0.568516R Square 0.32321Adjusted R 0.303305Standard E 0.040446Observatio 36
ANOVAdf SS MS F ignificance F
Regression 1 0.026562 0.026562 16.23716 0.000298Residual 34 0.05562 0.001636Total 35 0.082182
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.07979 0.017644 -4.52245 7.08E-05 -0.11565 -0.04394 -0.11565 -0.04394X Variable 1.864787 0.46278 4.029536 0.000298 0.924306 2.805269 0.924306 2.805269
SUMMARY OUTPUT (48)
Regression StatisticsMultiple R 0.567061R Square 0.321559Adjusted R 0.30681Standard E 0.036552Observatio 48
ANOVAdf SS MS F ignificance F
Regression 1 0.029129 0.029129 21.80247 2.64E-05Residual 46 0.061458 0.001336Total 47 0.090587
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.07882 0.015812 -4.98484 9.25E-06 -0.11065 -0.04699 -0.11065 -0.04699X Variable 1.903422 0.407645 4.669311 2.64E-05 1.082875 2.723969 1.082875 2.723969
216
SUMMARY OUTPUT (60)
Regression StatisticsMultiple R 0.477496R Square 0.228002Adjusted R 0.214692Standard E 0.036146Observatio 60
ANOVAdf SS MS F ignificance F
Regression 1 0.022381 0.022381 17.12975 0.000114Residual 58 0.075781 0.001307Total 59 0.098162
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.06008 0.013763 -4.36544 5.29E-05 -0.08763 -0.03253 -0.08763 -0.03253X Variable 1.551917 0.374967 4.13881 0.000114 0.801339 2.302495 0.801339 2.302495
SUMMARY OUTPUT (72)
Regression StatisticsMultiple R 0.223275R Square 0.049852Adjusted R 0.036278Standard E 0.039816Observatio 72
ANOVAdf SS MS F ignificance F
Regression 1 0.005822 0.005822 3.672711 0.059394Residual 70 0.110972 0.001585Total 71 0.116795
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.02252 0.012159 -1.8519 0.068257 -0.04677 0.001733 -0.04677 0.001733X Variable 0.681355 0.355533 1.916432 0.059394 -0.02773 1.390443 -0.02773 1.390443
217
5 Year
SUMMARY OUTPUT (24)
Regression StatisticsMultiple R 0.468158R Square 0.219172Adjusted R 0.18368Standard E 0.049756Observatio 24
ANOVAdf SS MS F ignificance F
Regression 1 0.015288 0.015288 6.175216 0.021045Residual 22 0.054465 0.002476Total 23 0.069752
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.10936 0.035379 -3.09105 0.005336 -0.18273 -0.03599 -0.18273 -0.03599X Variable 2.504848 1.007988 2.484998 0.021045 0.414409 4.595287 0.414409 4.595287
SUMMARY OUTPUT (36)
Regression StatisticsMultiple R 0.530134R Square 0.281043Adjusted R 0.259897Standard E 0.041687Observatio 36
ANOVAdf SS MS F ignificance F
Regression 1 0.023097 0.023097 13.2907 0.000882Residual 34 0.059086 0.001738Total 35 0.082182
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.10516 0.025928 -4.05575 0.000276 -0.15785 -0.05247 -0.15785 -0.05247X Variable 2.372762 0.650849 3.645641 0.000882 1.050078 3.695447 1.050078 3.695447
218
SUMMARY OUTPUT (48)
Regression StatisticsMultiple R 0.523369R Square 0.273916Adjusted R 0.258131Standard E 0.037813Observatio 48
ANOVAdf SS MS F ignificance F
Regression 1 0.024813 0.024813 17.35351 0.000135Residual 46 0.065774 0.00143Total 47 0.090587
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.10373 0.023334 -4.44533 5.5E-05 -0.15069 -0.05676 -0.15069 -0.05676X Variable 2.41085 0.578731 4.165754 0.000135 1.245926 3.575774 1.245926 3.575774
SUMMARY OUTPUT (62)
Regression StatisticsMultiple R 0.473633R Square 0.224328Adjusted R 0.210955Standard E 0.036232Observatio 60
ANOVAdf SS MS F ignificance F
Regression 1 0.02202 0.02202 16.7739 0.000132Residual 58 0.076141 0.001313Total 59 0.098162
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.0914 0.021253 -4.3007 6.61E-05 -0.13394 -0.04886 -0.13394 -0.04886X Variable 2.209251 0.539421 4.095596 0.000132 1.129482 3.28902 1.129482 3.28902
219
SUMMARY OUTPUT (72)
Regression StatisticsMultiple R 0.327978R Square 0.107569Adjusted R 0.094445Standard E 0.03797Observatio 70
ANOVAdf SS MS F ignificance F
Regression 1 0.011817 0.011817 8.196401 0.005575Residual 68 0.098036 0.001442Total 69 0.109853
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept -0.0584 0.020103 -2.90478 0.004954 -0.09851 -0.01828 -0.09851 -0.01828X Variable 1.505193 0.525752 2.862936 0.005575 0.456072 2.554315 0.456072 2.554315
10 Year
SUMMARY OUTPUT (24)
Regression StatisticsMultiple R 0.577796R Square 0.333848Adjusted R 0.303568Standard E 0.045957Observatio 24
ANOVAdf SS MS F ignificance F
Regression 1 0.023287 0.023287 11.0255 0.003107Residual 22 0.046466 0.002112Total 23 0.069752
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.261539 0.086846 3.011538 0.006421 0.081432 0.441646 0.081432 0.441646X Variable -5.19037 1.563144 -3.32047 0.003107 -8.43213 -1.9486 -8.43213 -1.9486
220
SUMMARY OUTPUT (36)
Regression StatisticsMultiple R 0.522947R Square 0.273473Adjusted R 0.252105Standard E 0.041906Observatio 36
ANOVAdf SS MS F ignificance F
Regression 1 0.022475 0.022475 12.79801 0.001067Residual 34 0.059708 0.001756Total 35 0.082182
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.167506 0.05124 3.269053 0.002473 0.063374 0.271638 0.063374 0.271638X Variable -3.47941 0.9726 -3.57743 0.001067 -5.45597 -1.50285 -5.45597 -1.50285
SUMMARY OUTPUT (48)
Regression StatisticsMultiple R 0.490046R Square 0.240145Adjusted R 0.223626Standard E 0.038683Observatio 48
ANOVAdf SS MS F ignificance F
Regression 1 0.021754 0.021754 14.53786 0.000407Residual 46 0.068833 0.001496Total 47 0.090587
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.117401 0.033675 3.486288 0.001088 0.049617 0.185186 0.049617 0.185186X Variable -2.57459 0.675239 -3.81285 0.000407 -3.93377 -1.2154 -3.93377 -1.2154
221
SUMMARY OUTPUT (60)
Regression StatisticsMultiple R 0.484192R Square 0.234442Adjusted R 0.221243Standard E 0.035995Observatio 60
ANOVAdf SS MS F ignificance F
Regression 1 0.023013 0.023013 17.76175 8.86E-05Residual 58 0.075148 0.001296Total 59 0.098162
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.112035 0.028505 3.930299 0.000229 0.054975 0.169095 0.054975 0.169095X Variable -2.47484 0.587225 -4.21447 8.86E-05 -3.6503 -1.29938 -3.6503 -1.29938
SUMMARY OUTPUT
Regression StatisticsMultiple R 0.489731R Square 0.239837Adjusted R 0.228977Standard E 0.035614Observatio 72
ANOVAdf SS MS F ignificance F
Regression 1 0.028012 0.028012 22.08545 1.27E-05Residual 70 0.088783 0.001268Total 71 0.116795
Coefficientstandard Erro t Stat P-value Lower 95%Upper 95%Lower 95.0%Upper 95.0%Intercept 0.122923 0.026706 4.602898 1.81E-05 0.069661 0.176186 0.069661 0.176186X Variable -2.63368 0.560415 -4.69952 1.27E-05 -3.75139 -1.51597 -3.75139 -1.51597
222
Appendix 4:
Method of Comparables
Company EPS P/E BPS P/B EPS fore P/E fore g P.E.G EBITDA P/EBITDA DPS D/P FCF per P/FCF EV EV/EBITDAUSSteel 1.25 0.5 8.99 N/A 0.72 0.05 4.98 1.43
AKSteel 211 0.81 7.42 N/A 0.84 0.03 ‐7.34 0.91
Nucor 6.6 1.51 11.04 9.54 3.11 0.05 9.04 3.37
SDI 2.55 0.02 1.82 0.15 1.09 0.39 0.58 1.39SDI restated ‐0.29 0.01 1.60 0.15 1.84 0.39 0.58 1.62
Average 3.93 0.94 8.205 9.54 0.78 0.05 7.01 1.17Ratio Based Price 10.0 0.03 14.93 3.65 0.85 7.80 4.07 1.63Ratio Based Price (Restate) N/A 0.01 13.128 N/A 1.44 4.07 1.90
Discounted Dividends Model
Discounted Dividends ApproachShares oustanding: (in thousands) 181820
Relevant Valuation Item PerpTime: 0 1 2 3 4 5 6 7 8 9 10 11
ash Flow From Operations (Thousands) 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019DPS (Dividends Per Share) 0.39 0.35 0.37 0.41 0.47 0.54 0.62 0.71 0.82 0.94 1.08 1.23
PV Factor 0.8631 0.7450 0.6430 0.5550 0.4790 0.4134 0.3568 0.3080 0.2658 0.2294 0.1980PV Dividend 0.3046 0.2760 0.2621 0.2601 0.2582 0.2563 0.2544 0.2525 0.2506 0.2487 0.2427
% valuePV of year by year dividends 2.6234 48.31%Pv of the terminal value perp 2.81 51.69% 11.28Model Price 5.43 100.00%Time consistent model price 5.63Observed Share Price (4/1/2009) 8.98Initial Cost of Equity (You Derive) 0.1586Perpetuity Growth Rate (g) 0.05
0.02 0.03 0.04 0.05 0.06 0.07 0.080.1018 9.87 10.75 11.91 13.52 15.91 19.79 27.240.1207 7.58 8.06 8.66 9.43 10.45 11.87 13.990.1397 6.49 6.82 7.22 7.72 8.35 9.18 10.330.1586 5.00 5.18 5.39 5.63 5.93 6.29 6.750.1779 4.21 4.32 4.46 4.61 4.79 5.00 5.250.1975 3.60 3.68 3.77 3.86 3.98 4.11 4.260.2164 3.15 3.20 3.26 3.33 3.40 3.49 3.59
223
Discounted Free Cash Flows Model
Discounted Free Cash Flow WACC(BT 0.0982 Kd 0.0652 Ke 0.1586
Time: 0 1 2 3 4 5 6 7 8 9 10 Perp: 11Year: 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019
Cash Flow From Operations (Thousands) 775,301 736,536 773,363 812,031 852,632 895,264 940,027 987,029 1,036,380 1,088,199 1,142,609 1,291,634Cash Flow From Investing Activities -669,234 -634,239 -667,404 -702,303 -739,028 -777,673 -818,338 -861,130 -906,160 -953,544 -1,003,406 -1,053,576
FCF Firm's Assets 106,067 102,297 105,959 109,727 113,605 117,591 121,689 125,899 130,220 134,655 139,203 157,358PV Factor (WACC or Ke?) 0.9218 0.8498 0.7833 0.7221 0.6657 0.6136 0.5657 0.5214 0.4807 0.4431PV YBY Free Cash Flows 94,300 90,040 85,954 82,035 78,276 74,671 71,215 67,902 64,726 61,681
% valueTotal PV YBY FCF 770,800 22% Pv of perpFCF Perp 2,811,523 78% 6,345,099Market Value of Assets (12/31/08) 3,582,323 100%Book Value Debt & Preferred Stock 3,629,691 0.02 0.03 0.04 0.05 0.06 0.07 0.08Market Value of Equity -47,368 0.0781 0.00 0.00 0.00 0.00 7.09 35.44 0.00divide by Shares to Get PPS at 12/31 -0.26 0.0848 0.00 0.00 0.00 0.00 0.00 10.40 65.49Time consistent Price (4/1/09) -0.27 0.0915 0.00 0.00 0.00 0.00 0.00 0.94 15.84Oberved Share Price (4/1/09) 8.98 0.0982 0.00 0.00 0.00 0.00 0.00 3.44 24.74
0.1050 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0WACC(BT) 0.0848 0.1118 0.00 0.00 0.00 0.00 0.00 0.00 0.00Perp Growth Rate 0.06 0.1186 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Residual Income Model
annual change in RI 65,815 ‐15,078 36,573 8,484 9,756 11,220 12,903 14,838 17,064All Items in Thousands of Dollars PERP:
Time: 0 1 2 3 4 5 6 7 8 9 10 11Year: 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019
Net Income (Thousands) 463,386 331,430 439,635 483,598 585,117 672,884 773,817 889,890 1,023,373 1,176,879 1,353,411 1,529,929Total Dividends (Thouands) 71,288 64,159 67,367 74,104 85,219 98,002 112,703 129,608 149,049 171,407 197,118 222,827Book Value Equity (Thousands) 1,623,886 1,891,157 2,263,424 2,672,919 3,172,816 3,747,698 4,408,813 5,169,094 6,043,418 7,048,890 8,205,183 9,512,285
Annual Normal Income (Benchmark) 257,548 299,937 358,979 423,925 503,209 594,385 699,238 819,818 958,486 1,117,954 1,301,342 Annual Residual Income (maintains value 73,882 139,697 124,619 161,192 169,676 179,432 190,652 203,555 218,393 235,457 250,815pv factor 0.86 0.74 0.64 0.55 0.48 0.41 0.36 0.31 0.27 0.23 0.20YBY PV RI 63,768 104,069 80,128 89,456 81,274 74,182 68,031 62,692 58,055 54,023 49,669 Percent change in RI 89.1% ‐10.8% 29.3% 5.3% 5.8% 6.3% 6.8% 7.3% 7.8% 6.5%
% Value avg % ch RI: 6.52%Book Value Equity (Thousands) 1,623,886 59.6% 9,512,285Total PV of YBY RI 735,677 27.0%Terminal Value Perpetuity 362,840 13.3% 1581433.4Market Value of Equity 12/31/08 2,722,404 100%divide by shares 181,820 Model Price on 12/31/08 14.97$ growth ratetime consistent Price 15.53$ -0.10 -0.20 -0.30 -0.40 -0.50
Ke 0.1018 35.80 31.76 29.82 28.68 27.93Observed Share Price (4/1/2009) 8.98$ 0.1207 26.06 24.04 23.01 22.39 21.97Initial Cost of Equity (You Derive) 0.1586 0.1397 19.40 18.46 17.96 17.65 17.43Perpetuity Growth Rate (g) 0 0.1586 14.73 14.38 14.18 14.05 13.96
0.1779 12.76 12.60 12.50 12.44 12.400.1975 12.41 12.28 12.20 12.15 12.120.2164 9.77 9.82 9.85 9.87 9.88
224
Abnormal Earnings Growth Model
WACC(AT) 0.0982 Kd 0.0652 Ke 0.1516 Shares: 181820change in AEG = annual change in net income 65,815 (15,078) 36,573 8,484 9,756 11,220 12,903 14,838 17,064 Perp:
Time: 0 1 2 3 4 5 6 7 8 9 10 11Year: 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019
Net Income (Thousands) 463,386 331,430 439,635 483,598 585,117 672,884 773,817 889,890 1,023,373 1,176,879 1,353,411 1,529,929 Total Dividends (Thousands) 71,288 64,159 67,367 74,104 85,219 98,002 112,703 129,608 149,049 171,407 197,118 222,827 Dividends Reinvested at 17% (Drip) 11,306 10,176 10,684 11,753 13,516 15,543 17,875 20,556 23,639 27,185 31,263 Cum-Dividend Earnings 342,736 449,810 494,283 596,870 686,400 789,360 907,764 1,043,929 1,200,518 1,380,596 1,561,192 Normal Earnings (Benchmark) 536,879 383,995 509,361 560,297 677,916 779,604 896,544 1,031,026 1,185,680 1,363,532 1,568,062 Abnormal Earning Growth (AEG) (negative = d (194,143) 65,815 (15,078) 36,573 8,484 9,756 11,220 12,903 14,838 17,064 19,624
PV Factor 1.1516 0.86 0.74 0.64 0.55 0.48 0.41 0.36 0.31 0.27 0.23 0.20PV of AEG (167,567) 49,030 (9,695) 20,297 4,064 4,034 4,004 3,974 3,944 3,915 3,886 Residual Income Check Figure 65,815 (15,078) 36,573 8,484 9,756 11,220 12,903 14,838 17,064 % change in annual aeg ‐134% ‐123% ‐343% ‐77% 15% 15% 15% 15% 15% 15%
Core Net Income 331,430.09 Total PV of YBY AEG (84,000.76) PV of Terminal Value 17,410.60 75883.79Total Average Net Income Perp (t+1) 264,839.93 Shares Outstanding 181820Divide by shares to Get Average EPS Perp 1.46Capitalization Rate (perpetuity) 0.1586
-0.10 -0.20 -0.30 -0.40 -0.50Intrinsic Value Per Share (12/31/1987) 9.18$ 0.1018 44.22 40.98 39.35 38.37 37.72time consistent implied price 4/1/2009 9.53$ 0.1207 30.47 28.96 28.17 27.69 27.36April 1, 2009 observed price 8.98$ 0.1397 21.80 21.16 20.81 20.59 20.44Ke 0.1586 0.1586 16.13 15.93 15.82 15.74 15.69g ‐0.1 0.1779 12.20 12.22 12.23 12.24 12.24
0.1975 9.42 9.54 9.62 9.66 9.70Actual Price per share 0.2164 7.50 7.66 7.76 7.83 7.88
Long Run Residual Income Model
ROE .19
g-0.03 -0.04 -0.08 -0.38 0.13
0.1018 15.27 14.84 13.59 10.83 0.000.1302 12.65 12.44 11.83 10.29 2,762.64
Ke 0.1586 10.81 10.73 10.49 9.81 19.440.1875 9.43 9.43 9.41 9.36 9.730.2164 8.37 8.41 8.54 8.96 6.51
g = ‐.08Ke
0.1018 0.1302 0.1586 0.1875 0.21640.15 0.00 0.00 0.00 0.00 0.000.17 0.00 0.00 0.00 0.00 0.00
R 0.19 -0.03 -0.04 -0.08 -0.38 0.130.21 0.00 0.00 0.00 0.00 0.000.23 0.00 0.00 0.00 0.00 0.00
R0.15 0.17 0.19 0.21 0.23
-0.03 8.84 9.83 10.81 11.79 12.77-0.04 8.86 9.80 10.73 11.66 12.60
g -0.08 8.93 9.71 10.49 11.26 12.04-0.38 9.12 9.46 9.81 10.15 10.490.13 6.48 12.96 19.44 25.92 32.40
G Convergence:
225
Works Cited
AK Steel Holding company. Annual Report. Form 10-K. Delaware, 2002-2008.
Association, World Steel. World Steel Association: TopSteel Producers 2007. 31 December 2007. 26 January 2009 <http://www.worldsteel.org/?action=storypages&id=284>.
Inc., Steel Dynamics. Steel Dynamics Inc.: Mission Statement. 1 July 1997. 25 January 2009 <http://www.steeldynamics.com/index.php?menu_id=9>.
Investopedia.com. 15 March 2009. <http://www.investopedia.com>.
Matthews, R. "Big Cut is Sought in Iron Prices." Wall Street Journal. 26 January 2009 <www.wsj.com>.
Matthews, Robert Guy. Wall Stree Journal- U.S. Steel to Lay off 3,500 Workers. 3rd December 2008. 3rd February 2009 <http://online.wsj.com/article/SB122826204920774031.html>.
Nucor Corporation. Annual Report. Form 10-K. Delaware, 2002-2008.
Opdyke, Jeff D. "Stimulus Plan Is the Big Hope For Steel Firms." 26 Janurary 2009. Wall Street Journal. 31 Janurary 2009 <http://online.wsj.com/article/SB123292542857713695.html#articleTabs%3Darticle>.
Palepu, Krishna G. and Paul M. Healy. Business Analysis and Valuation: Using Financial Statements. 4th Edition. Mason: Thompson Higher Education, 2008.
"Steel Dynamics Inc.: Profile: Knapheide Manufacturing." 26 January 2009. SteelDynamics.com . 31 January 2009 <http://www.steeldynamics.com/index.php?page_id=106>.
Steel Dynamics, Inc. Annual Report. Form 10-K. Indiana, 2002-2008.
SteelDynamics.com. Steel Dynamics Inc.: Profile: Knapheide Manufacturing. 31 January 2009. 26 January 2009 <http://www.steeldynamics.com/index.php?page_id=106>.
US Steel Inc. Annual Report. Form 10-K. Pennsylvania, 2008-2008.
U.S. Steel Warns Jump in Its Earnings Won't Last. 28 January 2009. January 29 2009 <http://online.wsj.com/article/SB123298403492815781.html>.
Wall Street Journal. Industry-by-Industry Quarterly Earnings. 30 January 2009.
226
Wall Street Journal . Stimulus Plan Is Big Hope for Steel Firms. 26 January 2009. 28 January 2009 <http://online.wsj.com/article/SB123292542857713695.html?mod=crnews>.
World Steel Association. Top Steel Producers 2007. 2008. 29 January 2009 <http://www.worldsteel.org/?action=storypages&id=284>.
"World Steel Association: Top Steel Producers 2007." 31 December 2007. World Steel Association. 26 January 2009 <http:// www.worldsteel.org/?action=storypages&id=284>.
Yahoo! Finance. 2008. 2009 <http://yahoo.finance.com>.