Course Duration in Hours
60
60
Session 1
GUI of ANSYS
Intro to modeling
Overview on meshing
1D meshing using ANSYS
Solving Beam problems
Session 2
Meshing
Structural/Un structural/Hybrid
Basic physics behind the meshing
1D/2D Meshing
2D Truss Problem(Bridge Problem)
Session 3
Boolean Operations
Plain Stress
Uniform Pressure loading and plane stress Bracket
Types of mesh free and mapped meshing
Element Types-classification, properties
Session 4
Element Types (cont.)-properties, meshing
Importing geometry from cad packeges
2D meshing
Material Definition
SPACE Frame example
Session 5
Advanced meshing and Techniques
2D map meshing
3D meshing-T etra
Modeling Using Axisymmetry
Session 6
Finalizing FE model for Analysis
Creating Quality Mesh
Buckling
Eigen values
Piping P Section
Session 7
Thermal Analysis
Conduction
Convection
Radiation
Thermal and Mixed boundary Examples
Session 8
Joints
Springs
Substructuring
Creating Super Element
Session 9
Coupled Structure
Melting using element Death
Contact elements
Session 10
Project Handling
FEA Reports and Backup
Report Generator
Data Plotting
Session 1 1
Project Skills
Concluding Lecture
General Queries
Some of the basic steps required to understand basic as well as advance level of ANSYS Training are:
• Basic knowledge of computers is required.
• Good Knowledge base in Design and Modelling.
• For structural analysis the concepts in subjects such as TOM (Theory of Machines) and SOM (Strength of Materials) should be clear.
• For thermal analysis the concepts of Thermodynamics and fluid mechanics should be clear.
• Good analytical skills in implementing the concepts practically can turn beginner into a true expert professional.
These steps are highly descriptive and useful. Engineering students should strengthen their concept and practice rigorously to be an expert.
caddex ghaziabad, Ghaziabad,IN