ANSYS Workbench Course in Pune

Students begin by understanding the fundamentals of simulation and FEA. Topics include:

• Introduction to Finite Element Method (FEM)
• Explanation of 1D, 2D, and 3D elements
• Derivation of stiffness matrix equation
• Overview of ANSYS Workbench environment
• Workbench file management and units setup

This module builds the foundation required for engineering simulations.

Students will learn how to prepare and modify geometry for analysis. Topics include:

• Creating planes and sketches
• Geometry simplification and repair
• CAD model connections
• Parametric modeling
• Beam and shell modeling (Surface creation)

This module helps students prepare CAD geometry for simulation.

Evaluate how components behave under static loads. Topics include:

• Material properties and analysis settings
• Applying loads and constraints
• Nodal loads and boundary conditions
• Solving analysis models
• Stress and deformation results evaluation

Students will simulate real mechanical components and validate their structural integrity.

Understand the dynamic behavior of structures. Topics include:

• Basics of free vibration and mode shapes
• Geometry and contact definitions for modal
• Solution setup and natural frequencies
• Vibration with prestress conditions

This module is essential for mechanical and automotive engineers handling dynamic loads.

Evaluate heat transfer and temperature distribution. Topics include:

• Steady-state heat transfer basics
• Thermal contact and boundary conditions
• Solution setup and options
• Convection and radiation effects

Students will learn how to analyze temperature distribution in engineering systems.

Interpret simulation results for validation. Topics include:

• Scoping result regions and exporting results
• Stress singularities and error estimation
• Convergence analysis
• Solution combinations

This module helps students analyze and validate engineering simulation results against theory.