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ANALYSIS
Finite element analysis (FEA) is the application of the finite
element method (FEM) used for static or dynamic analysis of
physical objects and systems. The object or system is represented
by a geometric model consisting of multiple, linked and simplified
representations of discrete 'cells' or 'regions' called finite
elements - this process is known as meshing. The whole process
is a computer aided engineering methodology used to develop
the best designs while minimizing costs and time. In many disciplines
virtual prototyping, using numerical simulation tools based
on finite element methods, has replaced the traditional 'build
and test' prototype approach.
FEA helps to:
| • Solve real world analysis problems |
• Lower costs of designs |
| • Shorten cycle time |
• Optimize solutions |
| • Lessen the need for prototyping |
• Generate more design alternatives and develop
innovative products |
FEA applications:
Structural analysis
| • Static |
• Modal |
| • Buckling |
• Transient dynamic analysis |
| • Harmonic response |
|
Thermal analysis
| • Steady state and transient |
• Conduction |
| • Convection |
• Radiation |
CFD analysis |
|