HPC Bridge Views Summary

HPC Bridge Views Overall Summary/Grouping of Articles

Organization of the Spreadsheet

There are 16 tabs at the bottom of the spreadsheet, and these represent 16 groupings of articles. All of the tabs display information about the articles in that grouping (issue number, month of issue, and year of issue). The tabs are:

Bridges—Articles on specific bridges are listed alphabetically by bridge name;ASR [Alkali-Silica Reactivity]—Articles on alkali-silica reactivity are listed and arranged numerically by year, with the most recent article appearing first;

Bridge Decks—Articles concerning bridge decks are listed and arranged numerically by year, with the most recent article appearing first;

Cements and SCMs [Supplementary Cementitious Materials]—Articles discussing cement and supplementary cementitious materials (such as fly ash, silica fume, and slag) are listed; they are arranged alphabetically by SCM/Cement topic;

Letters to Editor—Letters to the Editor and Author and/or Editor responses are listed; they are arranged by year of publication, with the most recent letter to the editor or response appearing first;

Lightweight—Articles describing lightweight concrete are listed; they are arranged by year of publication, with the most recent article appearing first;

Mass Concrete—Mass concrete articles are listed; they are arranged by year of publication, with the most recent article appearing first;

Material Properties—Articles discussing material properties of High Performance Concrete (HPC) are listed; they are grouped alphabetically by type of material property;

Misc. HPC—Miscellaneous HPC articles are listed—these are ones which did not fit in any other category of articles; they are arranged by year of publication, with the most recent article appearing first;

Q & A [Question and Answer]—Articles that ask a question and provide an answer on an HPC topic are listed; these are arranged alphabetically by the property that the question asks about;

SCC [Self-Consolidating Concrete]—Articles discussing self-consolidating concrete are listed; they are arranged by year of publication, with the most recent article appearing first;

State_Country—Articles describing HPC in a particular state of the U.S. or particular country are listed; they are arranged alphabetically by State/Country;

Specs [Specifications]—Articles concerning specifications for HPC are listed; they are arranged by year of publication, with the most recent article appearing first;

Structural Properties—Articles discussing structural properties of HPC are listed; they are grouped alphabetically by type of structural property;

Testing Methods—Articles describing tests that can be performed on HPC are listed; these are arranged alphabetically by the property being tested;

UHPC [Ultra-High Performance Concrete]—Articles concerning Ultra-High Performance Concrete are listed; they are arranged by year of publication, with the most recent article appearing first;

Searching Within the Spreadsheet

For example, a reader may want to find articles on bridge deck curing. 1. First go to the “Bridge Decks” tab. 2. Then click on “Find and Select” in the upper right-hand corner of the spreadsheet. 3. Click on “Find” from the drop-down menu. A “Find and Replace” dialog box should appear.

4. For this example, type in “curing” (note that this box is not case-sensitive).

To search the spreadsheet for a particular topic, go to one of the tabs. Note that one search cannot be performed over all tabs of the spreadsheet at one time. A search will have to be done for a particular tab of the spreadsheet.

5. Then click on the button that says “Find Next” (see Figure 1 below). The cursor should immediately go to the cell containing the title of the article “Specification Changes for HPC - Curing Concrete Bridge Decks.”

6. Click “Find Next” again. The cursor should advance to the next article involving curing, which is “Curing for HPC Bridge Decks-Bring on the Water!” 7. If the “Find Next” is selected again, the cursor will return to the first article it found “Specification Changes for HPC - Curing Concrete Bridge Decks.” This indicates that there are only two articles discussing curing of bridge decks.

Figure 1. Search for “curing” on the “Bridge Decks” tab.

Sorting Within the Spreadsheet

The items on a particular tab can also be re-ordered or sorted by a new criteria.

1. First go to the “Bridges” tab.

5. Then click on “Custom Sort.” A “Sort” dialog box should appear.

7. Choose “Column B”, “Values”, and “A to Z” (see Figure 2 below).

For example, the “Bridges” tab lists articles on specific bridges, and is arranged alphabetically by bridge name. A reader can arrange this same list based on the state where the bridge is located.

2. Then move the cursor to the left-most corner of the data—for this example that would be cell B6, the name of the first bridge listed. 3. Then use the mouse or arrow keys to highlight all of the fields in the data range, starting with Column B and including all the way over to Column M, then going down from Row 6 to Row 102. Note that Column A simply lists the number of articles and does not need to be re-arranged or included in the data range in this example.

4. Now that the data range is highlighted, click on “Sort & Filter” in the upper-right hand corner of the spreadsheet.

6. In the choice for “Sort By” select “Column H” (which is “State”), “Values” and “A to Z.” This will sort the data alphabetically by state beginning with the letter “A.” Then click on the button “Add Level” within the “Sort” box. A row stating “Then By” should appear in the “Sort” dialog box. This allows the reader to do a second level of sorting.

8. Now it is time to perform the actual sort. Click on the “OK” button in the “Sort” dialog box. The “Bridges” tab will now be rearranged so that it is ordered alphabetically by state, and then alphabetically by bridge name within each state.

Figure 2. Sorting the “Bridges” tab by “State” and then by “Bridge Name.”

Bridge Articles

Bridge Name Title of Article Author(s) State Issue Months Year Bridge Type1 Implementing HPC Bridges in Nebraska Michael W. Beacham NE 3 May/June 1999

2 24th Street Bridge Ahmad Abu-Hawash and Hussein Khalil IA 59 Jan/Feb 2010 Full- depth, full-width deck panels

3 Admiral Clarey Bridge Michael J. Abrahams HI 7 Jan/Feb 2000

4 Sergio Rodriguez AL 9 May/June 2000

5 Angeles Crest Bridge 1 HPC for the Angeles Crest Bridge 1 Jose Higareda CA 62 July/August 2010 Spliced Girders6 Benicia-Martinez Bridge Ganapathy Murugesh CA 49 May/June 2008

7 Benicia-Martinez Bridge Ric Maggenti and Bob Brignano CA 47 Jan/Feb 2008

8 Biloxi Bay Bridge Mitchell K. Carr MS 50 July/Aug 2008

9 Bow River Bridge, near Calgary, Canada The Bow River Bridge - A Precast Record 22 July/Aug 2002 NU 2800 Girder, 211-ft long in one piece

10 Ken Bontius 31 Jan/Feb 2004

11 Mass Concrete in the Carquinez Bridge Ric Maggenti CA 30 Nov/ Dec 2003

12 Charenton Canal Bridge A Fabricator's Opportunity Don Theobald LA 8 Mar/Apr 2000

13 Charenton Canal Bridge Paul Fossier LA 8 Mar/Apr 2000

14 Collier's Promenade Bridge Richard Hart OR 54 Mar/Apr 2009 PS Girders--Radially Haunched

15 Laszlo Dunaszegi 5 Sept/Oct 1999 100-Year Design Life

16 Cooper River Bridge Concrete Supplier's Challenges David Hand SC 41 Sept/Oct 2005 Cable-Stayed Bridge17 Cooper River Bridge Construction Challenges Wade Watson SC 41 Sept/Oct 2005 Cable-Stayed Bridge18 Cooper River Bridge Charles Dwyer SC 41 Sept/Oct 2005 Cable-Stayed Bridge

19 Cooper River Bridge Design Challenges Michael J. Abrahams SC 41 Sept/Oct 2005 Cable-Stayed Bridge20 Cooper River Bridge HPC for Cooper River Bridges Michael J. Abrahams SC 29 Sept/Oct 2003

21 Demonbreun Street Viaduct Demonbreun Street Viaduct Ed Wasserman TN 54 Mar/Apr 2009

22 Washington State HPC Showcase Bridge M. Myint Lwin WA 2 Mar/Apr 1999

23 The Oresund Link Concrete Strategy Christian Munch-Petersne 11 Sept/Oct 2000

24 Galveston Bay Bridges Galveston Bay Bridges Kevin Pruski TX 40 July/Aug 2005 Precast, Prestresed Concrete Beams25 Thomas Drda amd Bryan Spangler PA 31 Jan/Feb 2004 AASHTO Type V Beams with HPC Deck

26 Alexander K. Bardow MA 5 Sept/Oct 1999

120th Street and Giles Road Bridge, Sarpy County

HPC Pretensioned Concrete Girders and HPC Deck

HPC Precast Panels Provide Accelerated Construction of 24th Street Bridge

Use of HPC on Admiral Clarey Bridge, Hawaii

HPC Pontoons, Piles, Deck Panels, and Beams

Alabama Highway 199 Over Uphapee Creek, Macon County

Concrete Specification Requirements for Alabama's HPC Bridge

Lightweight Concrete and the New Benicia-Martinez Bridge

Lightweight Concrete CIP Segmental Box beam Structure

Mass Concrete and the Benicia-Martinez Bridge

NW Concrete Pier Footings, Pier walls, Columns, Pier Tabls and Diaphragms, and LW-HPC Girders

Self-Consolidating Concrete for Beams Speeds Biloix Bay Bridge Construction

Spliced Post-Tensioned Bulb-Tee Girders Using SCC

Karen A. Bexten, Shane Hennessey, and Bill LeBlanc

Calgary, Canada

Bridges/Elevated Road Structures for Redevelopment of Toronto International Airport

Large-Scale Use of HPC for Bridges at Toronto Airport

Toronto, Canada

Carquinez Bridge, spanning Carquinez Strait at north end of San Francisco Bay

Mass Concrete in Concrete anchors and Footings for towers

HPC AASHTO Type III Girders and HPC Piles

Charenton Canal Bridge - Louisiana's First HPC Bridge

HPC AASHTO Type III Girders, HPC Deck, HPC Bent Cap, and HPC Piles

HPC for a Context Sensitive Bridge Replacement

Confederation Bridge, Northumberland Strait Crossing Project, Between New Brunswick and Prince Edward Island, Canada

HPC for Durability of the Confederation Bridge

Canada, New Brunswick -

Prince Edward Island

Cooper River Bridge - A High Performance Contract

Some Approach spans use precast, prestressed girders with composite concrete deck; Cable-stayed bridge

PS Box Beams, 7-span continuous, jointless

Eastbound State Route 18 Over State Route 516, King County

HPC WSDOT W74G prestressed concrete I-Girders and HPC deck

Fixed Link Across the Oresund Strait Between Denmark and Sweden

Denmark and Sweden

Immersed Tunnel and Cable-Stayed Bridge with 100-Year Service Life

Great Bend Bridge on Route 11 over the Susquehanna River

Great Bend Bridge Over the Susquehanna River

Great Road Bridge (State Route 119) Over the Boston & Maine Railroad

HPC and Innovative Design Ensure Long-Term Durability

Adjacent 21-in Deep Prestressed Concrete Deck Beams, made continuous for live load.

Bridge Articles

Bridge Name Title of Article Author(s) State Issue Months Year Bridge Type27 Great Salt Lake Causeway Railroad Bridge Great Salt Lake Causeway Railroad Bridge Anthony N. Kojundic UT 46 Sept/Oct 2007 Precast, Prestressed Concrete Box Beams

28 HPC Overlay for Green River Bridge, Utah Tarif Jaber UT 38 Mar/Apr 2005 HPC Overlay

29 Harris Overpass, Lincoln, NE Mark Lafferty NE 50 July/Aug 2008 NU Girders

30 Atlanta's Fifth Runway Bridges John A. Heath GA 42 Winter 2005/2006 Precast, Prestressed Bulb-Tee Beams

31 HPC - The Fabricator's Viewpoint Andrew Maybee TN 10 July/Aug 2000 72-in deep Bulb-Tee Beams

32 Tennessee's HPC Bridge Projects Mark Holloran TN 10 July/Aug 2000 72-in deep Bulb-Tee Beams

33 Hood Canal Bridge Mark A. Gaines and Michelle Tragesser WA 48 Mar/April 2008 Floating Bridge

34 Hoosick River Crossing Ben Cota NY 66 Mar/April 2011

35 I-10 Bridge Over Escambia Bay, Florida I-10 Bridge Over Escambia Bay Thomas A. Andres FL 44 Summer 2006

36 I-10 Bridges Across Lake Pontchartrain HPC for the I-10 Bridges in Louisiana John Horn LA 62 July/August 2010 AASHTO Type III and BT-78 Girders

37 I-10 Twin Bridges in Louisiana Paul Fossier LA 44 Summer 2006

38 HPC on the I-15 Reconstruction Project Raymond D. Cook UT 23 Sept/Oct 2002

39 HPC and FRP for Colorado Bridge Deck Tarif Jaber CO 35 Sept/Oct 2004

40 Kenneth F. Dunker IA 29 Sept/Oct 2003 Substructure, Beams, Deck

41 I-25 Over Yale Avenue, Denver I-25 Over Yale Avenue - The Thin Solution Mark A. Leonard CO 3 May/June 1999

42 South Dakota's First HPC Bridge Hadly D. Eisenbeisz SD 16 July/Aug 2001 HPC AASHTO Type II girders and HPC Deck

43 I-35W St. Anthony Falls Bridge Kevin MacDonald MN 52 Nov/Dec 2008 SG

44 I-35W St. Anthony Falls Bridge HPC for 100-Year Life Span Alan Phipps MN 52 Nov/Dec 2008 SG45 I-35W St. Anthony Falls Bridge I-35W St. Anthony Falls Bridge Jon Chiglo MN 52 Nov/Dec 2008 SG46 I-85 Ramp over State Route 34 Paul Liles and R. Brett Holland GA 61 May/June 2010

47 I-85 Ramp over State Route 34 R. Brett Holland and Larry Kahn GA 61 May/June 2010

48 Jacques Cartier Bridge, Montreal, Canada Adel R. Zaki and Bernard Breault 34 July/Aug 2004

49 Jeff Danzer Bridge, Ohio OH 49 May/June 2008

50 Kealakaha Stream Bridge Chuck Prussack HI 64 Nov/Dec 2010 CIP Curved Segmental Box Girder

51 Louetta Road Overpass - Lessons Learned Mary Lou Ralls TX 1 Jan/Feb 1999 HPC U-Beams

52 Maryland SHA's First HPC Structure MD 18 Nov/Dec 2001 AASHTO Type IV girders and HPC deck

Green River Bridge at Ouray, Uintah County, Utah

Implementing SCC Technology in Nebraska--All About Working Together

Hartsfield-Jackson Atlanta International Airport Fifth Runway Bridges

Hickman Road Over State Route 840 in Dickson County

Hickman Road Over State Route 840 in Dickson County

Hood Canal Bridge Wes-Half Retrofit and East-Half Replacement

High Strength Concrete for the Hoosick River Crossing

Emergency Repairs--Precast, Prestressed Florida Bulb-Tees

I-10 Twin Bridges Across Lake Pontchartrain in Louisiana

Emergency Repairs--Precast, Prestressed Bulb-Tees

I-15 Reconstruction Project, Salt Lake City, Utah

142 bridges, 1783 prestressed concrete girders

I-225 and Parker Road Interchange, near Denver, CO

HPC Deck and Deck panels with FRP reinforcement

I-235 Bridge Reconstruction, Des Moines, Iowa

HPC for I-235 Bridge Reconstruction in Iowa

HPC beams, deck, and piers; reduced superstructure depth to provide additional clearance;

I-29 Northbound Over Railroad in Minnehana County;I-29 Southbound Over Railroad in Minnehana County;

High Performance Concrete for the I-35W Bridge

High Strength Lightweight Concrete for Use in Precast, Prestressed Concrete Bridge Girders in Georgia

Center two spans of four-span ramp had PS 54" Bulb-Tee girders with HSLWC

High Strength Lightweight Concrete Properties of the I-85 Ramp over State Route 34

Center two spans of four-span ramp had PS 54" Bulb-Tee girders with HSLWC

HPC Deck Panels for Jacques Cartier Bridge

Montreal, Canada

HPC Deck Panels which are transversely and Longitudinaklly Post-Tensioned

Jeff Danzer Bridge, (formerly known as the Dixon Mill Road Bridge), Scioto County, Ohio

Spliced Bulb-Tee Beams with Lightweight Concrete

HPC for the Spliced Griders of Kealakaha Stream Bridge, Hawaii

Louetta Road Overpass, SH 249 in Houston

MD Route 64 Over the CSX Railroad in Washington County

Paul Finnerty, Vicki Stewart, and Rodney Meyers

Bridge Articles

Bridge Name Title of Article Author(s) State Issue Months Year Bridge Type53 Stephen J. Seguirant WA 26 Mar/Apr 2003

54 Missouri's HPC Bridge Experience Tim Chojnacki MO 14 Mar/Apr 2001

55 Alison Smith IL 48 Mar/April 2008

56 North Boulevard Bridge Rudy McLellan LA 54 Mar/Apr 2009 PS U-Beams, curved

57 Harold Hamada HI 59 Jan/Feb 2010

58 Ogunquit Beach Bridge Self-Consolidating Concrete in Maine Joseph L. Hartmann and Denis Dubois ME 33 May/June 2004

59 HPC on the Ohio Turnpike William R. Fleischman OH 26 Mar/Apr 2003

60 Pacific Street Bridge NE 64 Nov/Dec 2010

61 Pacific Street Bridge George Schuler NE 54 Mar/Apr 2009 PS NU Girders

62 HPC - The Fabricator's Viewpoint Andrew Maybee TN 10 July/Aug 2000 72-in deep Bulb-Tee Beams

63 Tennessee's HPC Bridge Projects Mark Holloran TN 10 July/Aug 2000 72-in deep Bulb-Tee Beams

64 Rigolets Pass Bridge HPC for the Rigolets Pass Bridge Ray Mumphrey and Kian Yap LA 58 Nov/Dec 2009 PS Bulb-Tee Girders, PS Spliced Girder

65 Rigolets Pass Bridge John Roller and Bob Bruce LA 58 Nov/Dec 2009 PS Bulb-Tee Girders, PS Spliced Girder

66 HPC Comes to New Mexico Sherman Peterson NM 25 Jan/Feb 2003

67 Roslyn Viaduct NY 57 Sept/Oct 2009 Precast Prestressec SG

68 Christopher M. Waszczuk NH 4 July/Aug 1999

69 Route 104 Bridge, Bristol , NH Lessons Learned in New Hampshire Mark D. Whittemore and Peter Stamnas NH 36 Nov/Dec 2004

70 H. Celik Ozyildirim VA 32 Mar/Apr 2004 AASHTO Type IV LW-HPC Beams

71 Steve Schweitzer KY 67 May/June 2011

72 Route 33 Bridge Over the Mattaponi River Rex Gilley VA 49 May/June 2008 Mid-Atlantic PCEF Bulb-Tee Beams

73 Route 33 Bridge Over the Mattaponi River Rodney Davis VA 49 May/June 2008

74 Route 36 Highlands Bridge HPC for Route 36 Highlands Bridge, NJ Chester Kolota NJ 66 Mar/April 2011 HPC Segmental Box Girders and Piers

75 Route 3A Bridge Over the Newfound River HPC Repeat Success in New Hampshire Mark D. Whittemore NH 17 Sept/Oct 2001

76 Route 3A Bridge, Bristol, NH Lessons Learned in New Hampshire Mark D. Whittemore and Peter Stamnas NH 36 Nov/Dec 2004

Methow River Bridge, Okanogan County, Washington State

HPC Pretensioned Girders for the Methow River Bridge

Washington State W83G Girders (82.7 in deep)--as of 2003, largest girders shipped in Washington State

Missouri Route 21 Over Route M in Jefferson County

HPC MoDOT Type 6 Girders in Northbound Bridge; Southbound Bridge used conventional concrete;

North Avenue Bridge over the Chicago River, IL

North Avenue Bridge Reconstruction - A Modern High Performance Structure

CIP Post-Tensioned Beams, Cable-Stayed Bridge

Louisiana's First 10,000 psi Box Girder Bridge with U-Beams

North-South Road Grade Separation Structure

HPC for the North-South Road Grade Separation Structure, Hawaii

PS Spliced Girders; Deck = Precast reinforced concrete Planks with CIP topping'

Precast, Prestressed Adjacent Box Beams Using SCC

Ohio Turnpike Over the Cuyahoga River vallye, near Akron, Summit County, Ohio (Third Lane Widening Program)

Precast prestressed HPC girders and spliced girders; HPC deck;

Transfer and Development Length of 0.7-in (17.8-mm) Diameter Strands in Pretensioned Concrete Bridge Girders

George Morcous, Kromel Hanna, and Maher K. Tadros

Prestressed Girders with 0.7-in (17.8-mm) Diameter Strands

Producer's Experience with 10,000 psi Concrete and 0.7-in Diameter Strands

Porter Road Over State Route 840 in Dickson County

Porter Road Over State Route 840 in Dickson County

Rigolets Pass Bridge--HPC Material Property Studies

Rio Puerco Bridge, Old Route 66 , West of Albuquerque, NM

HPC Bulb-Tee Beams made continuous for live load, and HPC deck

High Strength Concrete for the Roslyn Viaduct

Patricia Barnes, Larry McAllen, and Wayne Moore

Route 104 Bridge Over the Newfound River

Crack Free HPC Bridge Deck - New Hampshire's Experience

HPC AASHTO Type III griders and HPC CIP deck

Route 106 Over the Chickahominy River, east of Richmond, VA

Lightweight HPC on Route 106 Bridge in Virginia

Route 22 Bridge over the Kentucky River

HSC for Route 22 Bridge over the kentucky River

HSC Precast, Prestressed Spliced-Girder Bridge

Lightweight Concrete for the Route 33 Bridge Over the Mattaponi River

Creep and Shrinkage of Structural Lightweight Concretes

HPC NE Bulb-Tees with precast concrete sub-deck panels and HPC CIP deck;

Bridge Articles

Bridge Name Title of Article Author(s) State Issue Months Year Bridge Type77 Route 52 Bridge Over the Wallkill River Mathew Royce NY 53 Jan/Feb 2009 CIP Arch, Precast Members

78 HPC for the Sacramento River Bridge Basem H. Alsamman and Mark A. Darnall CA 30 Nov/ Dec 2003 Spliced Caltrans Bulb-Tees with CIP deck

79 San Francisco-Oakland Bay Bridge Ric Maggenti CA 57 Sept/Oct 2009 SG, CIP PT Box Girders, SAS Bridge

80 HPC Spans San Francisco Bay Ken Beede CA 48 Mar/April 2008

81 HPC in Montana Craig Abernathy MT 35 Sept/Oct 2004 Decks

82 SH 58 Ramp A Flyover Gregg Reese and Jim Fabinski CO 60 Mar/Apr 2010

83 HPC Facilitates I-65 Bridge Replacement Fred Conway AL 25 Jan/Feb 2003

84 Stalnaker Run Bridge Joseph G. Sweet and Roger H. L. Chen WV 68 July/Aug 2011

85 Tennessee's HPC Bridge Projects Mark Holloran TN 10 July/Aug 2000 Six spans of 63-in deep Bulb-Tee Beams

86 HPC in Georgia Paul Liles GA 28 July/Aug 2003

87 Dale Serink 26 Mar/Apr 2003 Bulb-Tee Girder

88 Tieton River Bridge Bijan Khaleghi WA 64 Nov/Dec 2010 SCC for Prestressed Girders

89 Twisp River Bridge HPC in Washington State Jerry Weigel WA 7 Jan/Feb 2000

90 From Three Spans to One With HPC Richard A. Miller OH 4 July/Aug 1999

91 NCDOT's Experience With HPC Tom Koch NC 20 Mar/Apr 2002 AASHTO Type IV and Type III HPC Girders

92 Jeff Baker and Wade Bonzon OH 47 Jan/Feb 2008 Cable-Stayed Bridge

93 Jose Rodriguez NJ 43 Spring 2006 Precast concrete segmental bridge

94 The Virginia Dare Bridge, NC Thomas Tallman and Thomas Harris NC 28 July/Aug 2003

95 HPC for Wacker Drive Reconstruction S. L. Kaderbek IL 27 May/June 2003

96 The Concrete Supplier's Perspective Gary Hall IL 27 May/June 2003

97 The Contractor's Perspective Kyle Schulz IL 27 May/June 2003

98 The Owner's Representative's Perspective Timothy P. Schmidt IL 27 May/June 2003

95

Benefits of Ternary Mixtures Paul D. Tennis IL 24 Nov/Dec 2002

96

IL 19 Jan/Feb 2002

97 Woodrow Wilson Memorial Bridge Alan Kite DC, MD, VA 39 May/June 2005 HPC Deck, HPC CIP and Precast V-Piers

SCC for the Route 52 Bridge Over the Wallkill River

Sacramento River Bridge, I-5 Over the Sacramento River

Green Mass Concrete for the San Francisco-Oakland Bay Bridge

San Francisco-Oakland Bay Bridge, Skyway

Precast Segmental, Cast-in-Steel-Shell (CISS) Piles

Secondary Road No. 243 Bridges near Saco, Montana

High Strength Concrete for the Girders of Colorado's SH58 Ramp A Flyover

Precast Prestressed Curved U-Beams, some only pretensioned, some pre-and post-tensioned

Southbound I-65 crossing Northbound I-65, Emergency Replacement

AASHTO Type IV HPC Girders and HPC deck

Self-Consolidating Concrete in the Stalnaker Run Bridge

SCC for Caissons and Prestressed Concrete Box Beams

State Route (SR) 1/ CSX Railroad & Vaughns Gap Branch

State Route 920 (Jonesboro Road) Bridge Over I-75, Henry County

AASHTO Type IV Girders and AASHTO Type II Girders

Sturgeon River Bridge, near Edmonton, Alberta, Canada

Sturgeon River Bridge: 100-Year Service Life

Alberta, Canada

Implementing Self-Consolidating Concrete Technology in Washington State

HPC Super Girders spanning 197 feet in a single span.

U.S. 22 Over Crooked Creek at Mile Post 6.57 Near Cambridge, Guernsey County

HPC Ohio DOT (ODOT) B42-48 Box Girders--42-in deep and 48 -in wide

U.S. 401 Over the Neuse River, Wake County

Veterans' Glass City Skyway Bridge, I-280, Toledo, OH

Veterans' Glass City Skyway--10,000 psi Mass Concrete

Victory Bridge, State Route 35 across the Raritan River Between Perth Amboy and Sayreville, NJ

New Jersey's First Segmental Concrete Bridge

Virginia Dare Bridge, US 64/264 Over the Croatan Sound at Manteo, NC

Precast/Prestressed Modified Bulb-Tee Girders

Wacker Drive Viaduct Reconstruction Project, Chicago, IL

Post-tensioned HPC Slab on discrete HPC columns









HPC for Chicago's Wacker Drive [Note: See errata for article published in Issue 20]

Stan Kaderbek, Sharon L. tracy, and Paul D. Krauss


HPC for Woodrow Wilson Memorial Bridge

Alkali-Silica Reactivity (ASR) Articles

Title of Article Author(s) Issue Months Year1 Gina Ahlstrom 62 July/Aug 2010

2 ASR Prevention in Texas Brian Merrill 51 Sept/Oct 20083 Gina Ahlstrom 51 Sept/Oct 2008

4 Beatrix Kerkoff 51 Sept/Oct 2008

5 Virginia's Approach to ASR D. Stephen Lane 51 Sept/Oct 20086 HPC Tests - Alkali-Silica Reaction William G. Hime 36 Nov/Dec 2004

AASHTO Adopts Recommended Practice on Alkali-Silica Reactivity

FHWA Alkali-Silica reactivity Development and Deployment Program

Guide Specification for Concrete Subject to ASR

Bridge Deck Articles

Title of Article Author(s) Issue Months Year1 Tommy E. Nantung 67 May/June 2011

2 James M. Parry 67 May/June 2011

3 65 Jan/Feb 2011

4 David Mokarem and Mohammad Khan 60 Mar/Apr 2010

5 55 May/June 2009

6 Robert Frosch 46 Sept/Oct 2007

7 Cracking in Colorado Bridge Decks Yunping Xi 46 Sept/Oct 20078 46 Sept/Oct 2007

9 Aly Hussein 45 Fall 2006

10 Mitigating Deck Cracking in Pennsylvania Bryan Spangler and Paul Tikalsky 45 Fall 2006

11 Reducing Cracks in Concrete Bridge Decks M. Myint Lwin 45 Fall 2006

12 Deck Cracking Repair Criteria in Texas William R. Cox 38 Mar/Apr 2005

13 HPC for Decks in Nevada Sohila Benanian 36 Nov/Dec 200414 HPC and FRP for Colorado Bridge Deck Tarif Jaber 35 Sept/Oct 2004

15 Adel R. Zaki and Bernard Breault 34 July/Aug 2004

Curing, Shrinkage, and Cracking of Ternary Concrete Mixes

Wisconsin's Experience with HPC Bridge Decks

Ultra-High Performance Concrete Waffle Slab Bridge Deck for Wapello County, Iowa

Dean Bierwagen, Ping Lu, Ahmad Abu-Hawash, Brian Moore, Terry Wipf, and Sri Sritharan

High Performance Concrete Bridge Decks Revisited

Specifications to Reduce Bridge Deck Cracking

JoAnn Browning, David Darwin, and Kenneth Hurst

Controlling Concrete Bridge Deck Cracking in Indiana

Specifications to Reduce Bridge Deck Cracking

JoAnn Browning, David Darwin, and Kenneth Hurst

Early Age Cracking in South Carolina's Bridge Decks

HPC Deck Panels for Jacques Cartier Bridge

Bridge Deck Articles

Title of Article Author(s) Issue Months Year16 David Darwin 30 Nov/Dec 2003

17 Paul Kivisto 28 July/Aug 2003

18 H. Celik Ozyildirim 26 Mar/Apr 2003

19 25 Jan/Feb 2003

20 Ohio HPC Bridge Decks with Warranty Harold Schultz 24 Nov/Dec 2002

21 Michael F. Praul 15 May/June 2001

22 HPC Bridge Decks in Washington State Bijan Khaleghi and Jerry Weigel 15 May/June 2001

23 Ned H. Burns 13 Jan/Feb 2001

24 Sreenivas Alampalli and Frank T. Owens 7 Jan/Feb 2000

25 HPC in New York State Bridge Decks Donald A. Streeter 6 Nov/Dec 199926 Christopher M. Waszczuk 4 July/Aug 1999

25 Specifying Durable Bridge Decks H. Celik Ozyildirim 3 May/June 1999

Q&A: What can be done to reduce cracking in a concrete bridge deck?

High Performance Concrete Bridge Decks in Minnesota

Q&A: What value of chloride permeability should I specify for a bridge deck?

Specification Changes for HPC - Curing Concrete Bridge Decks

Curing for HPC Bridge Decks-Bring on the Water!

Q&A: With a cast-in-place concrete deck placed on precast, prestressed concrete deck panels that are supported on precast, prestressed concrete beams, can I assume full composite action between the deck, panels, and beams in the calculations of service load stresses and strengths?

Improved Performance of New York State Bridge Decks


Cement and Supplementary Cementitious Materials (SCM) Articles

Material Title of Article Author(s) Issue Months Year1 Cement Benefits of Different Cements in HPC Paul D. Tennis 18 Nov/Dec 2001

2 Fly Ash Russell Hill and Kevin Folliard 43 Spring 2006

3 Fly Ash Benefits of Fly Ash in HPC American Coal Ash Association 20 Mar/Apr 20024 Metakaolin Benefits of Metakaolin in HPC Kimberly E. Kurtis 67 May/June 20115 Silica Fume Benefits of Silica Fume in HPC Terrence C. Holland 16 July/Aug 20016 Slag Cement Benefits of Slag Cement in HPC Jan R. Prusinski 19 Jan/Feb 20027 Ternary Tommy E. Nantung 67 May/June 2011

8 Ternary Benefits of Ternary Mixtures Paul D. Tennis 24 Nov/Dec 2002

The Impact of Fly Ash on Air-Entrained Concrete


Letters to the Editor and Responses By the Author(s) and Editor

Topic Letter Author(s) and Affiliation Issue Months Year1 Measurement of Air Content in Concrete Editor--Henry Russell 62 July/Aug 2010

2 Measurement of Air Content in Concrete 62 July/Aug 2010

3 High Performance Concrete in Colorado 57 Sept/Oct 2009

4 High Performance Concrete in Colorado 57 Sept/Oct 2009

5 18 Nov/Dec 2001

6 Editor--Henry Russell 16 July/Aug 2001

7 16 July/Aug 2001

8 Peter G. Snow, Burns Concrete, Inc. 16 July/Aug 2001

9 Ronald G. Burg, CTLGroup 16 July/Aug 2001

10 16 July/Aug 2001

11 16 July/Aug 2001

12 15 May/June 2001

13 Rapid Chloride Permeability Test Editor--Henry Russell 13 Jan/Feb 200114 Rapid Chloride Permeability Test 9 May/June 2000

Tom Adams, American Coal Ash Association

Author's Response--Andrew Pott and Jamal Elkaissi

Executive Board of the Silica Fume Association

Issue 15--Curing for HPC Bridge Decks, HPC Bridge Decks in Washington State, and Ontario's HPC Performance Specification

Pierre-Claude Aitcin, University of Sherbrooke, Canada

Capping Cylinders for Testing High Strength Concrete


Authors Response--Jon Mullarky and Leif Wathne




Richard D. Gaynor, formerly NRMCA and Chairman ASTM Task Group C09.61


Nicholas J. Carino, National Institute of Standards and Technology (NIST)


Bryce Simons, New Mexico State Highway & Transportation Department

Doug Hooton, University of Toronto, Canada

Lightweight Concrete Articles

Title of Article Author(s) Issue Months Year1 Paul Liles and R. Brett Holland 61 May/June 2010

2 R. Brett Holland and Larry Kahn 61 May/June 2010

3 Gary Greene and Ben Graybeal 60 Mar/Apr 2010

4 Reid Castrodale and Ken Harmon 59 Jan/Feb 2010

5 Rodney T. Davis 49 May/June 2008

6 Jeff Danzer Bridge, Ohio 49 May/June 20087 Ganapathy Murugesh 49 May/June 2008

8 Rex Gilley 49 May/June 2008

9 Ric Maggenti and Bob Brignano 47 Jan/Feb 2008

10 H. Celik Ozyildirim 32 Mar/Apr 2004

11 Benefits of Lightweight HPC Thomas A. Holm and John P. Ries 17 Sept/Oct 200112 Steinar Helland 11 Sept/Oct 2000


High Strength Lightweight Concrete Properties of the I-85 Ramp over State Route 34

FHWA Research Program on Lightweight High Performance Concrete

Specifying High Strength Lightweight Concrete for Bridges

Creep and Shrinkage of Structural Lightweight Concrete

Lightweight Concrete and the New Benicia-Martinez Bridge

Lightweight Concrete for the Route 33 Bridge Over the Mattaponi River


Lightweight HPC on Route 106 Bridge in Virginia

Lightweight Aggregate Concrete in Norwegian Bridges

Mass Concrete Articles

Title of Article Author(s) Issue Months Year1 Ric Maggenti and Bob Brignano 47 Jan/Feb 2008

2 Mass Concrete Provisions in Texas Kevin Pruski and Ralph Browne 47 Jan/Feb 20083 John Gajda 47 Jan/Feb 2008

4 Mass Concrete in the Carquinez Bridge Ric Maggenti 30 Nov/ Dec 2003


Thermal Issues in High Performance Concrete

Material Property Articles

Title of Article Author(s) Issue Months Year1 Benefits of Air Entrainment in HPC Beatrix Kerkhoff 23 Sept/Oct 2002

2 Cement Benefits of Different Cements in HPC Paul D. Tennis 18 Nov/Dec 2001

3 Benefits of Chemical Admixtures in HPC Michael A. Caldarone 22 July/Aug 2002

4 Benefits of Corrosion Inhibitors in HPC 21 May/June 2002

5 Henry G. Russell 68 July/Aug 2011

6 Fly Ash Benefits of Fly Ash in HPC American Coal Ash Association 20 Mar/Apr 20027 Benefits of Lightweight HPC Thomas A. Holm and John P. Ries 17 Sept/Oct 2001

8 Metakaolin Benefits of Metakaolin in HPC Kimberly E. Kurtis 67 May/June 20119 Silica Fume Benefits of Silica Fume in HPC Terrence C. Holland 16 July/Aug 2001

10 Slag Cement Benefits of Slag Cement in HPC Jan R. Prusinski 19 Jan/Feb 200211 Ternary Tommy E. Nantung 67 May/June 2011

12 Ternary Benefits of Ternary Mixtures Paul D. Tennis 24 Nov/Dec 2002

Material PropertyAir Entrainment

Chemical Admixtures

Corrosion Inhibitors

James M. Gaidis and Arnold M. Rosenberg

Definition of HPC

Q&A: What is the latest defintion of high performance concrete for bridges?

Lightweight HPC


Miscellaneous High Performance Concrete (HPC) Articles

Title of Article Author(s) Issue Months Year1 Susan N. Lane and Henry G. Russell 68 July/Aug 20112 Susan N. Lane 66 Mar/April 20113 FHWA's Every Day Counts Initiative M. Myint Lwin and Louis N. Triandafilou 65 Jan/Feb 2011

4 Updated FHWA HPC Survey Louis Triandafilou 53 Jan/Feb 20095 HPC Bridge Views Goes Electronic Basile Rabbat 47 Jan/Feb 20086 Federal Response to Bridge Emergencies M. Myint Lwin and Louis N. Triandafilou 44 Summer 2006

7 M. Myint Lwin and Shri Bhide 43 Spring 2006

8 HPC Structural Designers' Guide Louis N. Triandafilou 38 Mar/Apr 20059 Mary Lou Ralls 33 May/June 2004

10 HPC Implementation Status Louis N. Triandafilou 32 Mar/Apr 200411 Louis N. Triandafilou 26 Mar/Apr 2003

12 The Bridge of the Future Steven B. Chase 25 Jan/Feb 200313 21 May/June 2002

14 Suneel N. Vanikar 20 Mar/Apr 2002

15 Terry D. Halkyard 19 Jan/Feb 2002

16 NCHRP Project 18 Nov/Dec 200117 Web Sites 18 Nov/Dec 200118 A Strategic Plan for HPC Bridges Basile G. Rabbat 17 Sept/Oct 200119 Henry G. Russell 17 Sept/Oct 2001

20 IBRC Program Advances HPC John M. Hooks 14 Mar/Apr 2001

HPC Bridge Views--Then and NowFinding HPC Bridge Views' Articles

SAFETEA-LU HPC Bridge Research and Deployment Program

Prefabricated Bridges for Rapid Construction

HPC Accomplishments Under TEA-21--What's Next?

Prefabrication Minimizes Traffic Disruptions

Kevin R. Pruski, Ronald D. Medlock, and Mary Lou Ralls

Implementation of A Strategic Plan for HPC Bridges

Renewal of FHWA's HPC Technology Delivery Team

Compilations of Results From HPC Bridges

Miscellaneous High Performance Concrete (HPC) Articles

Title of Article Author(s) Issue Months Year21 TIA Offers HPC Workshops Charles H. Goodspeed 14 Mar/Apr 200122 Louis N. Triandafilou 13 Jan/Feb 2001

23 HPC International Symposium Henry G. Russell 12 Nov/Dec 200024 HPC Lead States Team Plans Transition James A. Moore and Mary Lou Ralls 10 July/ Aug 2000

25 NCHRP Projects 10 July/ Aug 200026 10 July/ Aug 2000

27 FHWA HPC Project 8 Mar/Apr 200028 HPC Publications 8 Mar/Apr 200029 John M. Hooks 6 Nov/Dec 1999

30 Publications on HPC 6 Nov/Dec 199931 NCHRP Project 5 Sept/Oct 199932 Expectations for HPC Bridges Wes Heald 4 July/Aug 199933 4 July/Aug 1999

34 Recent Publications 3 May/June 199935 AASHTO Lead State Implementation James A. Moore 2 Mar/Apr 199936 HPC Implementation Kenneth R. Wykle 1 Jan/Feb 199937 HPC Web Sites 1 Jan/Feb 199938 Other News 1 Jan/Feb 199939 What is HPC for Bridges? Basile G. Rabbat and Suneel N. Vanikar 1 Jan/Feb 1999

PCEF Focuses on HPC Prestressed Bridge Members

PCI/FHWA/fib International Symposium on High Performance Concrete

HPC Bridges for the 21st Century

International Symposium on High Performance Concrete

Question & Answer (Q&A) Articles:

Property Title Author(s) Issue Months Year1 20 Mar/Apr 2002

2 David Darwin 30 Nov/Dec 2003

3 Ned H. Burns 13 Jan/Feb 2001

4 Henry G. Russell 65 Jan/Feb 2011

5 (Henry G. Russell--not stated) 35 Sept/Oct 2004

6 5 Sept/Oct 1999

7 Kevin R. Pruski and Jerry L. Potter 21 May/June 2002

8 7 Jan/Feb 2000

Air Entrainment

Q&A: Does HPC need to be air entrained for frost resistance?

Bridge Deck cracking

Q&A: What can be done to reduce cracking in a concrete bridge deck?

Composite Action

Q&A: With a cast-in-place concrete deck placed on precast, prestressed concrete deck panels that are supported on precast, prestressed concrete beams, can I assume full composite action between the deck, panels, and beams in the calculations of service load stresses and strengths?

Compressive Strength

Can I use the AASHTO LRFD Bridge Design Specifications for specified concrete compressive strengths above 10 ksi (69 MPa)?


Q&A: Can I use the LRFD Bridge Design Specifications for concrete strengths above 10 ksi (69 Mpa)?

Compressive Strength, 28- and 56-day

Q&A: With HPC, should I specify compressive strength at 56 days rather than the traditional age of 28 days?

Compressive Strength, Bridge Decks

Q&A: Should high-strength concrete be used for cast-in-place concrete bridge decks?

Compressive Strength, Release and 28-and 56-day

Q&A: Can I use a higher ratio between release strength and 28- or 56-day strength when using HPC in prestressed concrete girders?


Property Title Author(s) Issue Months Year9 William Nickas, PCI 62 July/Aug 2010

10 Cracking Paul Krauss 45 Fall 2006

11 32 Mar/Apr 2004


13 3 May/June 1999

14 Match Curing 34 July/Aug 2004

15 Match Curing 2 Mar/Apr 1999

16 Q&A: Is there a standard mix for HPC? 4 July/Aug 1999

17 Karl F. Meyer 37 Jan/Feb 2005

Compressive Strength, Transportation and Erection

Q & A: If the concrete in my prestressed concrete bridge beams has achieved the specified compressive strength before the specified age, is there any reason not to transport and erect them?

Q&A: How do we measure the cracking tendency of concrete?

Curing of Detensioned Beams

Q&A: What curing is necessary for HPC precast, prestressed concrete beams after the strands are detensioned?

Jerry L. Potter with consultation by Jon Mullarky and Lou Triandafilou

Definition of HPC

Q&A: What is the latest definition of high performance concrete for bridges?

Federal Funding for HPC Bridges

Q&A: Is there special federal funding available for HPC bridges?

Q&A: When using match curing to determine the release strenght of prestressed concrete beams, where should the temperature sensor in the beam be placed?

Q&A: What is match curing and can I use it to determine specified release strengths and design strengths?

Mix Proportions

Mod. Of Elasticity LWC

Q&A: What is the maximum modulus of elasticity that can be achieved with lightweight HPC?


Property Title Author(s) Issue Months Year18 Permeability H. Celik Ozyildirim 26 Mar/Apr 2003

19 Permeability David A. Whiting 6 Nov/Dec 1999

20 Maher K. Tadros 33 May/June 2004

21 1 Jan/Feb 1999

22 SCC 40 July/Aug 2005

23 Service Life Shri Bhide 22 July/Aug 2002

24 May 2009 Issue of Bridges EC, PCA 58 Nov/Dec 2009

25 Q&A: What is Reactive Powder Concrete? Vic Perry 16 July/Aug 2001

25 Paul Zia 31 Jan/Feb 2004

Q&A: What value of chloride permeability should I specify for a bridge deck?

Q&A: What are the pros and cons of the Rapid Chloride Permeability Test?

Prestress Losses

Q&A: Does the use of high strenght concrete reduce prestress losses in pretensioned bridge beams?

Quantitative Measurements

Q&A: Are there quantitative measurements for HPC?

Q&A: What is the status on the use of self-consolidating concrete in bridges?

Q&A: What is service life and how is it predicted?

UHPC, Curing of UHPC Beams

Q&A : Issue No. 57 of HPC Bridge Views included an article about ultra-high performance concrete (UHPC) in Iowa. How were the beams cured for the Jakway Park Bridge in Buchanan County?

UHPC, Reactive Powder Concrete (UHPC)

Vertical Pre-Release Cracks

Q&A: How can vertical pre-release cracks in prestressed concrete beams be avoided?

Self-Consolidating Concrete (SCC) Articles

Title of Article Author(s) Issue Months Year1 Joseph G. Sweet and Roger H. L. Chen 68 July/Aug 2011

2 Bijan Khaleghi 64 Nov/Dec 2010

3 Henry Russell 60 Mar/Apr 2010

4 Henry Russell 50 July/Aug 2008

5 Mark Lafferty 50 July/Aug 2008

6 M. Myint Lwin 50 July/Aug 2008

7 Mitchell K. Carr 50 July/Aug 2008

8 40 July/Aug 2005

9 Self-Consolidating Concrete in Maine Joseph L. Hartmann and Denis Dubois 33 May/June 2004

9 Kamal H. Kayat 18 Nov/Dec 2001

Self-Consolidating Concrete for Caissons in the Stalnaker Run Bridge


ASTM Test Method for Static Segregation Resistance of Self-Consolidating Concrete

ASTM Test Methods for Self-Consolidating Concrete

Implementing SCC Technology in Nebraska--All About Working Together

Self-Consolidating Concrete Bridge Applications are Expanding

Self-Consolidating Concrete for Beams Speeds Biloix Bay Bridge Construction

Q&A: What is the status on the use of self-consolidating concrete in bridges?

Self-Consolidating Concrete-A New Class of HPC

State or Country Articles

Title of Article Author(s) Issue Months Year1 WI James M. Parry 67 May/June 2011

2 AK HPC in Alaska Elmer E. Marx 34 July/Aug 20043 AL Sergio Rodriguez 9 May/June 2000

4 Canada HPC Bridges in Canada Rico Fung 24 Nov/Dec 20025 CO High Performance Concrete in Colorado Andrew Pott and Jamal Elkaissi 55 May/June 2009

6 CO Cracking in Colorado Bridge Decks Yunping Xi 46 Sept/Oct 20077 DE Delaware's HPC Bridges James T. Pappas 22 July/Aug 20028 FL Douglas L. Edwards 11 Sept/Oct 2000

9 France 20 Years of HPC Bridges in France Didier Brazillier 11 Sept/Oct 200010 GA Paul Liles and R. Brett Holland 61 May/June 2010

11 GA HPC in Georgia Paul Liles 28 July/Aug 200312 IA 65 Jan/Feb 2011

13 IA Ultra-High Performance Concrete in Iowa 57 Sept/Oct 2009

14 IA HPC in Iowa Ahmad Abu-Hawash and Norm McDonald 53 Jan/Feb 2009

15 IN Tommy E. Nantung 67 May/June 2011

16 IN Robert Frosch 46 Sept/Oct 2007

17 LA Lousiana's HPC Development Paul B. Fossier and Harold R. Paul 42 Winter 2005/2006

State/Country



High Performance Concrete The Florida Experience




Dean Bierwagen, Ahmad Abu-Hawash, Brian Moore, and Brian Keierleber


Controlling Concrete Bridge Deck Craking in Indiana


Title of Article Author(s) Issue Months YearState/

Country

18 LA 21 May/June 2002

19 LA A Fabricator's Opportunity Don Theobald 8 Mar/Apr 200020 LA Paul Fossier 8 Mar/Apr 2000

21 MD Maryland SHA's First HPC Structure 18 Nov/Dec 2001

22 MD Edward Binseel 9 May/June 2000

23 ME Introduction of HPC by the Maine DOT Michael Redmond 56 July/Aug 2009

24 ME Self-Consolidating Concrete in Maine Joseph L. Hartmann and Denis Dubois 33 May/June 2004

25 MN Paul Kivisto 28 July/Aug 2003

26 MO Missouri's HPC Bridge Experience Tim Chojnacki 14 Mar/Apr 200127 MT 43 Spring 2006

28 MT HPC in Montana Craig Abernathy 35 Sept/Oct 200429 NC NCDOT's Experience With HPC Tom Koch 20 Mar/Apr 200230 NC Rodger D. Rochelle 9 May/June 2000

31 NE Implementing HPC Bridges in Nebraska Michael W. Beacham 3 May/June 1999

32 NH Lessons Learned in New Hampshire Mark D. Whittemore and Peter Stamnas 36 Nov/Dec 2004

33 NH HPC Repeat Success in New Hampshire Mark D. Whittemore 17 Sept/Oct 2001

34 NH Christopher M. Waszczuk 4 July/Aug 1999

35 NJ New Jersey's Move to HPC Harry A. Capers, Jr. 31 Jan/Feb 2004

Shear Tests of High-Strength Concrete Girders

John J. Roller, Robert N. Bruce, and Henry G. Russell

Charenton Canal Bridge - Louisiana's First HPC Bridge

Paul Finnerty, Vicki Stewart, and Rodney Meyers

High Performance Concrete bridges: Not Just for States Anymore [Prince George's County, MD]

High Performance Concrete Bridge Decks in Minnesota

HPC Mixture Development for Montana Using Local Materials

John Lawler, Paul Krauss, and Craig Abernathy

Corrosion Modeling for HPC Specifications in North Carolina




Country

36 Norway Steinar Helland 11 Sept/Oct 2000

37 NV HPC for Decks in Nevada Sohila Benanian 36 Nov/Dec 200438 NY Mathew Royce 43 Spring 2006

39 NY Mathew Royce 23 Sept/Oct 2002

40 NY Sreenivas Alampalli and Frank T. Owens 7 Jan/Feb 2000

41 NY HPC in New York State Bridge Decks Donald A. Streeter 6 Nov/Dec 199942 OH Jim Welter 55 May/June 2009

43 OH Ohio HPC Bridge Decks with Warranty Harold Schultz 24 Nov/Dec 2002

44 OH County Bridges in Ohio Stephen Mary and Richard Miller 16 July/Aug 200145 PA Patricia Miller 56 July/Aug 2009

46 PA Mitigating Deck Cracking in Pennsylvania Bryan Spangler and Paul Tikalsky 45 Fall 2006

47 SC Aly Hussein 45 Fall 2006

48 SD South Dakota's First HPC Bridge Hadly D. Eisenbeisz 16 July/Aug 200149 TN Tennessee's HPC Bridge Projects Mark Holloran 10 July/Aug 200050 TX Deck Cracking Repair Criteria in Texas William R. Cox 38 Mar/Apr 2005

51 TX Evolution of HPC Specifications in Texas Kevin R. Pruski 30 Nov/Dec 2003

52 VA The Evolution of HPC in Virginia Claude S. Napier 37 Jan/Feb 200553 VT The Evolution of HPC in Vermont Jim Wild 56 July/Aug 200954 VT HPC in Vermont Jim Wild 37 Jan/Feb 2005

Lightweight Aggregate Concrete in Norwegian Bridges

New York State's Use of High Strength High Performance Concrete

New York State--Full-Scale Implementation of HPC

Improved Performance of New York State Bridge Decks

Experiences with Ohio HPC Bridge Decks with Warranty Program

Pennsylvania's Experience with HPC Bridge Decks

Early Age Cracking in South Carolina's Bridge Decks



Country

55 WA Bijan Khaleghi 64 Nov/Dec 2010

56 WA Evolution of HPC in Washington State Jerry Weigel 35 Sept/Oct 2004

57 WA HPC Bridge Decks in Washington State Bijan Khaleghi and Jerry Weigel 15 May/June 2001


HPC Specifications Articles

Title of Article Author(s) Issue Months Year1 James M. Parry 67 May/June 2011

2 Tarif M. Jaber 40 July/Aug 2005

3 Peter Taylor and Shri Bhide 38 Mar/Apr 2005

4 Veronique Baroghel-Bouny 36 Nov/Dec 2004

5 HPC Guide Specification for Bridges Rachel Detwiler and Shri Bhide 32 Mar/Apr 20046 Evolution of HPC Specifications in Texas Kevin R. Pruski 30 Nov/Dec 2003

7 Specification Changes for HPC 29 Sept/Oct 20038 28 July/Aug 2003

9 25 Jan/Feb 2003

10 24 Nov/Dec 2002

11 Mathew Royce 23 Sept/Oct 2002

12 23 Sept/Oct 2002

13 Ontario's HPC Performance Specification Hannah C. Schell and Jana Konecny 15 May/June 2001

14 Sergio Rodriguez 9 May/June 2000

15 Rodger D. Rochelle 9 May/June 2000

16 Specifying Durable Bridge Decks H. Celik Ozyildirim 3 May/June 1999


120-Year Bridge Service Life, Is It Possible?

Guide Specification for HPC Bridge Elements

Performance Based Durability Specifications

Specification Changes for HPC - Compressive Strength

Specification Changes for HPC - Curing Concrete Bridge Decks

Specification Changes for HPC - Accelerated Curing

New York State--Full-Scale Implementation of HPC

Specification Changes for HPC - Classes of Concrete and Cementitious Materials


Corrosion Modeling for HPC Specifications in North Carolina

HPC Structural Property Articles

Title of Article Author(s) Issue Months Year1 Bond 64 Nov/Dec 2010

2 Camber Shawn P. Gross 8 Mar/Apr 2000

3 Benefits of Metakaolin Kimberly E. Kurtis 67 May/June 2011

4 Henry G. Russell 65 Jan/Feb 2011

5 Henry G. Russell 33 May/June 2004

6 John J. Meyers and Ramon L. Carrasquillo 2 Mar/Apr 1999


8 Henry G. Russell 64 Nov/Dec 2010

9 John J. Meyers 5 Sept/Oct 1999

10 Shear 21 May/June 2002

Structural Property

Transfer and Development Length of 0.7-in (17.8-mm) Diameter Strands in Pretensioned Concrete Bridge Girders

George Morcous, Kromel Hanna, and Maher K. Tadros

Camber of High Strength Concrete Bridge Girders



Can I use the AASHTO LRFD Bridge Design Specifications for specified concrete compressive strengths above 10 ksi (69 MPa)?


Maxiumum Effective Concrete Strengths in Pretensioned Beams


Effect of Curing Temperatures on Compressive Strength Development

Definition of HPC

Q&A: What is the latest definition of high performance concrete for bridges?

Modulus of Elasticity

Testing and Predicting the Modulus of Elasticity of Concrete


How to Achieve a Higher Modulus of Elasticity

Shear Tests of High-Strength Concrete Girders

John J. Roller, Robert N. Bruce, and Henry G. Russell

Testing Method Articles

Title of Article Author(s) Issue Months Year

1 Air Content Measurement of Air Content in Concrete Michelle Wilson 61 May/June 2010

2 The Air Void Analyzer Gary Crawford and Leif Wathne 34 July/Aug 2004

3 ASR HPC Tests - Alkali-Silica Reaction William G. Hime 36 Nov/Dec 20044 Improved Compressive Strength Testing Nicholas J. Carino 39 May/June 2005

5 Ronald G. Burg 6 Nov/Dec 1999

6 Jon I. Mullarky and Leif Wathne 14 Mar/Apr 2001

7 Michael Caldarone and Ron Burg 57 Sept/Oct 2009

8 Creep Creep Tesing Jerry Zemajtis 42 Winter 2005/20069 Henry G. Russell 64 Nov/Dec 2010

10 Permeability Concrete Permeability Testing--Part 2 D. Stephen Lane 59 Jan/Feb 2010

11 Permeability Concrete Permeability Testing--Part 1 D. Stephen Lane 58 Nov/Dec 2009

12 Permeability The Rapid Migration Test for HPC 37 Jan/Feb 2005

13 Permeability 13 Jan/Feb 2001

Property Being Tested

Air Voids, Size and Spacing in Fresh Concrete



Compression Testing of High Strength Concrete

Compressive Strength, Capping Cylinders


Compressive Strength, End Surface Prep

Importance of End Surface Preparation when Testing High Strength Concrete Cylinders


Testing and Predicting the Modulus of Elasticity of Concrete

Kyle Stanish, R. Doug Hooton , and Michael D.A. Thomas

The Rapid Migration Test-An Alternative to AASHTO T 277

Kyle Stanish, R. Doug Hooton , and Michael D.A. Thomas

Testing Method Articles

Title of Article Author(s) Issue Months YearProperty Being Tested

14 Permeability The Rapid Chloride Permeability Test 12 Nov/Dec 2000

15 Permeability David A. Whiting 6 Nov/Dec 1999

16 SCC Henry G. Russell 50 July/Aug 2008

17 Henry G. Russell 60 Mar/Apr 2010

18 Shrinkage HPC Tests-Unrestrained Drying Shrinkage Jerry Zemajtis 46 Sept/Oct 2007

19 HPC Tests - Sulfate Resistance Rachel Detwiler 40 July/Aug 2005

Doug Hooton, Mohamad Nagi, and H. Celik Ozyildirim

Q&A: What are the pros and cons of the Rapid Chloride Permeability Test?

ASTM Test Methods for Self-Consolidating Concrete

SCC, Static Segregation Resistance

ASTM Test Method for Static Segregation Resistance of Self-Consolidating Concrete

Sulfate Resistance

Ultra-High Performance Concrete (UHPC) Articles

Title of Article Author(s) Issue Months Year1 Ben Graybeal 66 Mar/April 2011

2 65 Jan/Feb 2011

3 Ultra-High Performance Concrete in Iowa 57 Sept/Oct 2009

Field-Cast UHPC Connections for Modular Bridge Deck Elements



Dean Bierwagen, Ahmad Abu-Hawash, Brian Moore, and Brian Keierleber

HPC Bridge Views Summary

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