Introduction to FEA
Basics or fundamentals of FEA
Hypermesh tool introduction and it's screen panels,
Pre-processing - geometry clean up, material properties, meshing (Solid/she'll, 2D, 3D), quality check.
Finite element modeling and assembly
1D Connection and defining contacts
Solution setup and solving the problem
Post- processing, interpretation of results and further steps for design analysis.
Ansys Workbench - which is a high end tool to simulate the mechanical or engineering problems. ANSYS has very strong solver to solve any simple to complex problems.
Geometry preparation- using space claim
Engineering material data, material properties
Meshing- tet mesh, hex mesh, multi zone mesh etc.
Element types - 1d, 2d, 3d element and properties
Connection- Beams, rigids connections
Contacts- Frictional contacts, frictionless contacts, rough contacts and bonded contacts....
Loads and Boundary Conditions- various load types
Constraints and assumptions
Selection of type of analysis and setup for solving the problem like static structural, thermal, nonlinear, transient, random etc
Post- processing, interpretation of results and further steps for design analysis.
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