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Vaftsy-Company Profile and Business Case
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Company Profile & Business Case
Transcript of Vaftsy-Company Profile and Business Case
Company Profile
&
Business Case
Company Profile
�Vaftsy was a part of Engineering Services Division
of System Engineers Inc., which is into Retro
Fitting of Automation, providing consultation for
Electrical Projects for the Industry
Growth led to independent company focused on
�Growth led to independent company focused on
Engineering services.
�Vaftsy CAE has been established in 2007, with a
commitment to the engineering services industry
�Our goal is to make our expertise work for you.
Engineering Services
�Modeling
1. 2D drawing to 3D model conversion.
2. Component assemblies, Seat Models
3. CATIA / Pro E / Solid Works.
4. Colour coded visual aids for manufacturing.
4. Colour coded visual aids for manufacturing.
�Meshing
1. HYPERMESH
2. Structured meshing
3. Graded meshing
4. Improved accuracy and better convergence
Engineering Services
�FEA Analysis
1. Design validation
2. Product development / customization
3. Structural linear / non-linear analysis.
4. Contact analysis.
4. Contact analysis.
5. M
esh sensitivity analysis.
6. Comprehensive analytical design reports and
recommendations.
Exp
erts work @
Vaftsy
�Mr. Vinay Patil
M.S. Univ of Arlington (Texas)
Specialization in the field of FEA.
�Mr. Siddharth Jhamb
M.Sc. Material science , Univ. of Kiel, Germany
Analyst for Materials, from Macro Level to Nano Level
�Mr. Harjeet Mann
�Mr. Harjeet Mann
M.Tech. Design, Univ. of Hissar, India
Specialized in Production Technology and SPM’s.
�Mr. Mahesh Bamane
M.Tech. Design, IIT Chennai
Specialist in Non Linear FEA, ANSYS, LS -Dyna
�Mr. Ajay Gupta
M.Tech CFD, IIT Kharagpur
CFD Specialist
�Mr. Sujay Shelke
B.Tech. Pune University.
Meshing Specialist, using HYPERMESH and ANSYS
Engineering Solutions
�Vaftsy can provide design support to your business.
�We can engage in your design process, right from
Product conception to Product delivery
�We shall add value to your business, in the
�We shall add value to your business, in the
following areas
�Increased Reliability of Products
�Anticipation of Potential Problem Areas
�Quicker Delivery of Design
�Flexibility for Design Changes
FEA Introduction
�FEA is methodology for Virtual analysis of
Engineering Components
�FEA is aimed at simulating working conditions of
Products, and analyzing the performance of the
product.
Products, and analyzing the performance of the
product.
�FEA enables designer’s to anticipate problems with
components, and hence deliver better designs
CASE Study
�FEA was done for a tooling component being
manufactured at one of our clients
�We performed an analysis for Upper Punch being
used for Tablet manufacturing
used for Tablet manufacturing
�The Data that is required for analysis, is
�Material Properties (Young’s Modulus, Poisson's Ratio,
Yield Strength, Ultimate Strength)
�Component Drawings
�Boundary Conditions
CASE Study 3D M
odel
�Vaftsy was provided with
drawings for the Upper
Punch
�These Drawings were
converted in to Model
converted in to Model
using software CATIA
CASE Study -Meshing
�The CATIA Model, was
imported into
HYPERMESH and a
Graded Mesh was
generated for it.
generated for it.
Case Study -Solution
�The working conditions
were then simulated on
ANSYS, by applying
suitable Boundary
Conditions
Conditions
Case Study –Post Proc.
�The results obtained from the FEA analysis were
POST PROCESSED using ANSYS
�The POST PROCESSED plots, give information
about
about
�The Magnitude of Maximum Stresses
�The Critical Locations for Stresses
�The Magnitude and Location of Maximum Deformation
�The Directional Deformation Plots
Case Study -Results
�Deformation Plot
Case Study -Results
�Stress Plot
Case Study –Analysis
�The Results highlighted critical sections in the Punch,
which were at the Punch Tip
Case Study –Analysis
�The Directional Deformation results were more
conclusive, indicating, eccentric deformation at the
pentagon tip region than at the base
Case Study –Analysis
�The Initial Analysis, indicated that the full load of
the machine, was detrimental to performance of
the component
�Secondary Analysis was performed on the model,
to ascertain the safe limit of force.
Secondary Analysis was performed on the model,
to ascertain the safe limit of force.
�The understanding of the Initial Analysis was
crucial for finalizing the parameters for Secondary
Analysis
Case Study –Findings
�The Upper Punch might be
getting damaged because of
eccentric deformation at
pentagon tip.
�It was essential to analyze the
Lower Punch for confirming
Lower Punch for confirming
presence of eccentricity.
�The eccentric deformation is
a direct result of the tablet
shape.
�Specifically the relief of the
tablet surface, which leads to
weakening of the tip region
Case Study -Recommendations
�Lower the force of impact. The process gives
acceptable results at 40% of total force.
�Change the relief of the tablet surface.
�Analysis of the lower punch will shed more light
�Analysis of the lower punch will shed more light
on the performance of the Punches.
FEA Benefits
�Modeling –
3-D models are easy to manipulate for
design improvements
�Analysis of design-
New products can be simulated
virtually, to anticipate and solve potential problems.
�Wastage of time in prototyping is cut down.
�Wastage of time in prototyping is cut down.
�Understanding phenomena, empowers one to modify
design.
�Time gap between conception phase to product release is
reduced tremendously.
�In summary, it is an efficient and cost effective design
methodology.
BusinessCase
•Available Resources engaged in analysis will
result in shortage for critical processes.
•The Analysis projects, being fluctuating and
intermittent, more time is required to complete
2D
D
RA
WIN
G
Business Problem
intermittent, more time is required to complete
the task, resulting in cost over-runs.
•Getting the Analysis done by dedicated experts.
3D
MO
DE
LIN
PU
TSolution
AN
ALY
SIS
OU
TP
UT
Business Case
•Company resources are efficiently allocated
•Turn over time can be reduced because of dedicated expertise being available from
day one.
•More control on design and analysis process quality as there will be complete
Benefits
responsibility of the process.
�Tools
Tools
Tools
Tools
•CATIA
•HYPERMESH
•ANSYS
•Detailing Application. e.g ( Adobe/ PowerPoint)
Implementation Process
CLIE
NT
ST
AR
T
Concept
of P
roduct
1.
2-D
Dra
win
gs
2.
Work
Instr
uctions
YE
SN
O
VA
FTS
Y
CLIE
NT
Is t
he info
rmation in t
he
dra
win
gs,
com
ple
te for
pro
ceedin
g w
ith A
naly
sis
?P
roceed w
ith m
odelin
g in
CA
TIA
Pro
ceed w
ith M
eshin
g u
sin
g
HY
PE
RM
ES
H
Perfro
m A
naly
sis
in A
NS
YS
for
desgin
consid
era
tions
ST
OP
1.P
ost
Pro
cess R
esults
2.
Fin
aliz
e,
secondary
analy
sis
if re
quired
3.P
repare
Report
s
Request
for
data
Vaftsy –Advantage
�Design analysis will be handled by a team of
dedicated experts
�Vaftsy has expertise in all analysis related activities
viz. Modeling, Meshing, Analysis, Post Processing
viz. Modeling, Meshing, Analysis, Post Processing
�Vaftsy also has expertise for all kinds of analyses
viz. Structural, Thermal, CFD, Crash Testing.
�Vaftsy has built its reputation in delivering quality
solutions even to multi national clients, such as
Saudi Arabian Oil Company.
Vaftsy -Advantage
�Reputation hinges on quality of product, which in turn shall
hinge upon the quality of analysis
�Highly qualified and experienced individuals specialized in
different aspects of analysis available from Day one to give
you professional advice
you professional advice
�More work, and highly complex designs can be handled
more efficiently
�Accuracy of results guaranteed -Reputation of client
company is maintained.
�Hence, Vaftsy will be a One Stop Shop for all your design
requirements.
The Future Is Malleable
The Future Is Malleable
