🔹 ANSYS – 4 Week Course Content
Week 1: Introduction to ANSYS & Pre-Processing

Overview of ANSYS Workbench

Applications of ANSYS in industry

Understanding FEA & CFD basics

ANSYS interface, toolboxes, and project setup

Importing and creating geometry

Material properties and assignment

Meshing concepts (element types, mesh sizing)

Types of analysis in ANSYS

Practical: Simple structural model setup

Week 2: Structural Analysis

Static structural analysis

Loads and boundary conditions

Stress, strain, and deformation concepts

Result interpretation (von Mises stress, displacement)

Mesh refinement and convergence study

Contact analysis basics

Introduction to modal analysis

Practical: Structural analysis of a beam / bracket

Week 3: Thermal & Fluid Flow Analysis

Introduction to thermal analysis

Steady-state vs transient thermal analysis

Heat transfer modes (conduction, convection, radiation)

Introduction to CFD

Fluid flow basics and governing equations

Laminar and turbulent flow concepts

Boundary conditions in fluid analysis

Practical: Thermal analysis of a component / Fluid flow in a pipe

Week 4: Advanced Analysis & Project

Transient structural analysis overview

Fatigue analysis basics

Coupled field analysis (thermal-structural)

Optimization basics in ANSYS

Error troubleshooting and best practices

Result validation and report generation

Final Project:

Structural / Thermal / CFD based mini project

Complete modeling, meshing, solving, and result analysis

Project presentation & evaluation

🎯 What Will You Learn?

Hands-on experience with ANSYS Workbench

Real-world engineering problem solving

Structural, thermal, and fluid simulations

Industry-oriented simulation workflow