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CADD CENTRE 

 ANSYS

 WELCOMES YOU ALL FOR THE SEMINAR IN

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Today¶s Market 

Factors to be considered Global competition

Cost

Quality

Time-to-market

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Today¶s Market 

General queries about the product

Will it perform? Will it break?

Will it last?

Will it operate safely?

Will it meet comfort requirements?

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 Engineer ing demands

To Perform good

To Perform faster Durability

Less vibration

More precise

Strength and Load carrying capacity

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 Engineer ing demands

How will you be sure the product

will meet these demands?

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 I deas into Real ity

Ideas Design TestBuild

Ideas CADTestingIn

computer 

Virtual

Prototype

2

1 Manual

Computer based

Design failure

Design failure

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 I n the Absence of F inite  E lement Analysi s

Hand calculation

AssumptionsLead to heavy design

Significant changes in design involve

risk 

 Needs more prototypes and field tests

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W hat i s F  E  A?

Computer based numerical technique for 

calculating the strength and behaviour of Engineering structures.

Deals with complex boundaries and givesanswers to ³real world´ structural problems.

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 B ENE  F  I TS OF US  I  NG A N SYS 

IDENTIFY THE FAILURE

ENGI NEERS CAN IDENTIFY THE

 D E S  I GN FLAW S EARLIER I N THEIR 

MANUFACTUR I NG CYCLES

TO REDUCE DESIGN CYCLE TIME

BECAUSE REDUCES THE NEED

TO DO PHYSICAL PROTOTYPE TESTI NG

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 B ENE  F  I TS OF US  I  NG A N SYS 

I NCREASE PRODUCT  E  FF  ICI  EN C Y 

AND QUAL I TY 

TO REDUCE  P  RO DU C T C OST 

REDUCI NG THE T  I  M  E-TO- MARK  E T OF

THEIR PRODUCTS AND W  ARRA N TY 

COSTS, WHILE AT THE SAME TIME

SAVI NG ON MATER 

IAL COSTS

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 B ENE  F  I TS OF US  I  NG A N SYS 

GET MORE ACCURACY

AVOID OVER DESIGN

OPTIMIZATION

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ANSYS Analysis Capabilities

Structural Analysis

Thermal AnalysisModal Analysis

Coupled Field Analysis

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Basic Structural Analysis

Linear Static Analysis

Linear Dynamic Analysis

Buckling Analysis

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Improvement of a proposed design

More efficient designs with maximum

margins of safety

Best properties for minimum cost

Optimization

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Development of Mathematical model

Creation of Material

Selection of element types

Development of good

quality mesh

Applying loads & Boundary

conditionsChecking your finite element model

Run Analysis

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Post Processing ANSYS Results

Contour plots, which

displays the deformedshape and contours.

Dynamic Iso-

Surface,and dynamic

cutting plane

X-Y plots, and

Animation.

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US  E  RS OF A N SYS 

ISRO

IIT¶S

FORD MOTORS

HYUNDAI MOTORS

EICHER 

L&T LIMITED

CATERPILLAR TATA CONSULTANCY SERVICES TOOLTECH

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Application AreasApplication Areas

Aerospace

Automotive

Biomedical

Bridges & Buildings

Heavy Equipment & machinery

Micro Electromechanical

Systems

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 A PP 

 L IC 

 AT  I 

O N S 

STATIC STRESSANALYSIS OF AIR 

COMPRESSORS

STRUCTURE

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 A PP 

 L IC 

 AT  I 

O N S 

STATIC STRESS

ANALYSIS OF AIR 

COMPRESSOR 

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 P  ROJ  E C TS  DO NE 

STATIC STRESS ANALYSIS OF AIR 

COM RESSOR CRANK CASE

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 P 

 ROJ  E C 

TS  D

O NE 

STATIC STRESS ANALYSIS OF

FOLLOWER STEADY LEVER 

STATIC STRESS ANALYSIS OF

LUBRICATION PUMP MOUNTING

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 P 

 ROJ  E C 

TS  D

O NE 

THER AL LOAD

THER AL TRE

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 P 

 ROJ  E C 

TS  D

O NE 

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 P 

 ROJ  E C 

TS  D

O NE 

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 P 

 ROJ  E C 

TS  D

O NE 

BUCKLING ANALYSIS OF LAND GEAR