ANSYS Module 1
Geometry, Meshing, Loads, Supports, Linear and dynamic analysis, LS Dyna
Geometry, Meshing, Loads, Supports, Linear and dynamic analysis, LS Dyna
Geometry, Meshing, Loads, Supports, Linear and dynamic analysis
File types in ANSYS
Saving ANSYS files
Encrypting files
Defining units
Defining material
Import Geometry from any 3D software such as CATIA, CREO / ProE etc
Create geometry in ANSYS Workbench
Editing geometry
Difference between actual model and FE model
Simplification of actual model
Types of model geometry to be used – 1D, 2D or 3D
Explicit dynamic analysis with examples
Fatigue analysis with examples
Analysis with non linear geometry with example
Analysis with non linear material with example
Transient Structural Analysis
Meshing concept
Roll of mesh in solution accuracy
Automatic meshing
Setting meshing parameters
Checking generated mesh
Improving mesh
Meshing examples
Advanced manual meshing methods with examples
Defining various types structural loads with examples
Defining inertia loads with example
Defining hydro static pressure with example
Defining thermal load
Defining combined structural thermal load with example
Defining various types of supports with examples
Static structural analysis with examples
Model analysis with examples
Harmonic analysis with examples
Defining nonlinear material
Creating nonlinear material
Explicit dynamic analysis with examples
Fatigue analysis with examples
Analysis with non linear geometry with example
Analysis with non linear material with example
Transient Structural Analysis
Ansys LS Dyna
Defining various joints between components
Assembly of parts with joints to form a mechanism
Analysis of mechanism