About ansys....and some analysis (empty slide contains videos am nt able to provide here sry)...

1. DEMO
ON

2. HISTORY OFANSYS
ANSYS, Inc. is an American Computer-aided
engineering software developer headquartered south of
Pittsburgh in Cecil Township, Pennsylvania, United
States,
The company was founded in 1970. by John A.
Swanson as Swanson Analysis Systems, Inc (SASI)
The company grew by 10 percent to 20 percent each
year, and in 1994 it was sold to TAAssociates.
The new owners took SASI’s leading software, called
ANSYS
Stable release 17.0 (January 2016)

3. What isANSYS?
ANSYS is a general purpose software, used to
simulate interactions of all disciplines of physics, structural,
vibration, fluid dynamics, heat transfer and electromagnetic
for engineers.
Ansys publishes engineering analysis software
across a range of disciplines as follows
Finite element analysis
structural analysis
computational fluid dynamics
Heat transfer
Explicit dynamic analysis.

4. FEA
 Finite element analysis (FEA) is the modeling of
products and systems in a virtual environment, for the
purpose of finding and solving potential (or existing)
structural or performance issues.
 FEA is the practical application of the finite element
method (FEM), which is used by engineers and
scientist to mathematically model and numerically
solve very complex structural, fluid, and multiphysics
problems.

5. Benefits of FEA
FEA can be used in new product design, or to
refine an existing product, to ensure that the
design will be able to perform to specifications
prior to manufacturing with FEA you can:
Predict and improve product performance and
reliability
Reduce physical prototyping and testing
Evaluate different designs and materials
Optimize designs and reduce material usage

6. ANALYSIS AREAS
STRUCTURES MULTIPHYSICS
SEMICONDUCTOR
EMBEDED
ELECTRO-
MAGNETICSFLUIDS

7. STATIC STRUCTURAL
ANALYSIS ON CANTILEVER
BEAM

8. STRESSANALYSIS ON SSBEAM

9. THERMAL CONCEPTS

10. THERMAL ANALYSIS
Theeffectsofheatandthermalmanagementofstructuresis
moreandmorecriticalasperformancelimitsarepushedfurtherby
theneedtohavelighter,smallerandmoreefficientdesigns.

11. COMPUTATIONAL
FLUID
DYNAMICS
ANSYS computational fluid dynamics CFD
simulation software allows you to predict, with confidence,
the impact of fluid flows on your product throughout design
and manufacturing as well as during end use.
ANSYS CFD solutions are fully integrated
into the ANSYS Workbench platform. This environment
delivers high productivity and easy-to-use workflows

12. COMPUTATIONALFLUID DYNAMICS

13. EXPLICIT DYNAMICANALYSIS
When simulating events involving short-duration, large-
strain, large-deformation, fracture, complete material failure or
structural problems with complex contact interactions, there is
an ANSYS explicit dynamics solution to meet any customer's
needs

14. EXPLICIT DYNAMICANALYSIS

15. Product lifecycle management (PLM) is an
information management system that can integrate data, processes,
business systems and, ultimately, people in an extended enterprise.PLM
software allows you to manage this information throughout the entire
lifecycleofaproductefficientlyandcost-effectively,fromideation,design
andmanufacture,throughserviceanddisposal.
Diverse functions and technologies converge through
PLM, including:
 Product data management (PDM)
 Computer-aided design (CAD)
 Computer-aided manufacturing (CAM)
 3D computer-aided engineering (CAE) and simulation
 Predictive engineering analytics
 Mechatronic system simulation (1D CAE)
 Finite element analysis (FEA)
 Modal testing and analysis
 Digital manufacturing
 Manufacturing operations management (MOM)

16. PDC

17. ANSYS USERS
More than 45,000 customers around the world
use ANSYS software.