Ansys

Ansys Syllabus

Session 1

  • Introduction to FEM/FEA concepts
  • Introduction to Ansys
  • Creating geometry
  • Generation of key points, lines,

Session 2

  • Areas & volumes
  • Extruding areas, lines & key points
  • Work plane management, coordinate systems.
  • Editing geometry
  • Performing Boolean operations (Add, subtract, intersect)

Session 3

  • Boolean operation- (divide, glue, partition, overlap)
  • Move/modify,
  • Copy& reflect geometries.
  • Check geometric properties.
  • Import geometry from other CAD software

Session 4

  • Material Definition
  • Explaining about nodes & elements
  • Meshing
  • Types of mesh-Free& mapped meshing
  • Explaining about mesh attributes size controls
  • Meshing key points, lines, areas & volumes.

 

 

 

Session 5

  • Mapped meshing.
  • Mesh concatenation
  • Mesh extrusion,
  • Mesh sweeping.
  • Hexa – tetra conversion
  • Define loading & boundary conditions.
  • Different types of loads
  • Different types of constraints.

Session 6

  • Introduction to Static Structural Analysis
  • Beam analysis,
  • Truss analysis
  • Stresses in bars

Session 7

  • Stresses in composite bars, strain energy calculations
  • Finding out reaction solutions
  • Modal analysis

Session 8

  • Transient Dynamic analysis
  • Over view on Non-linear analysis,
  • Thermal analysis

Session 9

  • Coupled field analysis
  • APDL Concepts
  • Advanced post processing
  • Report generation

 

 

Session 10

  • Pre Processing, Solution, & Post  processing. Application of Ansys to Stress Analysis. Nodal Analysis. Flow Analysis. Thermal Analysis. Advanced mesh generation tools. CFD. 2D / 3D Problems.