ELEATION CAE Training Program

ANSYS Basic To Professional Course Content Overview

Learn ANSYS from FEM fundamentals to professional-level CAE analysis through structured theory, meshing practice, structural analysis, thermal analysis, vibration analysis, CFD, fatigue, explicit dynamics, contact, composite and topology optimization projects.

65

Session Videos

60+

Hours of Training

200+

Homework Models

50+

Industrial Internship Projects

What You Will Learn in This ANSYS Course

This ANSYS Basic to Professional course is designed for students and professionals who want to build a strong career in CAE, FEA and simulation. The course begins with the theory of FEM and CAE, then moves into 1D, 2D and 3D meshing, followed by major industrial analysis modules used in real engineering projects.

65 session videos with step-by-step explanation
50+ theory PDFs for FEM, meshing and analysis understanding
40+ classwork models for guided practice
200+ homework models for strong hands-on practice
15+ analysis modules covering basic to advanced CAE workflows
50+ industrial internship projects for practical engineering exposure

Course Modules

ANSYS Course Content

Click on each module to view the detailed topics and industrial problem statements covered inside the ANSYS Basic to Professional course.

Different ways to validate the design
Analytical Method, Numerical Method and Experimental Method
FEM, BEM, FVM and FDM
What is CAE
Difference between CAD and CAE
Why meshing is required
Degree of Freedom
Types of Elements

Theory of 1D Meshing

1D Line Geometry Creation, Editing, Meshing and Editing

Creating line geometry
Editing line geometry
Creating cross-section
Assigning cross-section
Creating truss structures
Creating roll cage structures

Theory of 2D Meshing

2D Surface Geometry Creation, Editing, Meshing and Editing

Creating surface geometry from line geometry
Mid-surface creation
Editing 2D surface geometry
De-featuring 2D surface geometry
Converting 1D line geometry to 2D surface geometry
Importing and repairing surface geometry
Creating 2D elements
Different meshing options in ANSYS
Solving plate with hole with and without washer
Solving plate with hole with biasing
Quality check for 2D elements

Theory of 3D Meshing

3D Solid Geometry Creation, Editing, Meshing and Editing

Importing and repairing solid geometry
Converting 1D line geometry to 3D solid geometry
Creating 3D solid geometry
Editing 3D solid geometry
De-featuring 3D solid geometry
3D meshing techniques
Tetra and penta meshing and editing
Hexa and pyramid meshing and editing
3D meshing using sweep command
3D meshing using multi-zone command
3D elements quality check

Theory of Static Analysis + Industrial Problem Statements

Static analysis on BAJA roll cage by applying forces
Static analysis on pressure tank by applying pressure
Static analysis on brake disc by applying temperature

Theory of Transient Analysis + Industrial Problem Statements

Transient analysis on bridge where force location changes with respect to time
Transient analysis on bridge with changing force location and vibration effect
Transient analysis on brake disc with temperature and location changing with respect to time

Theory of Axi-Symmetry + Industrial Problem Statement

Axi-symmetric analysis on industrial pressure valve

Theory of Inertia Relief Analysis + Industrial Problem Statement

Inertial relief analysis on industrial A-arm by applying forces at multiple locations

Theory of Buckling Analysis + Industrial Problem Statement

Eigenvalue buckling analysis on tall building structure to calculate first buckling load factor

Theory of Modal Analysis + Industrial Problem Statement

Modal analysis on BAJA roll cage to find natural frequencies and mode shapes

Theory of Harmonic Response Analysis + Industrial Problem Statements

Harmonic response analysis on 3D suspension assembly of a bike using Direct Method
Harmonic response analysis on 3D suspension assembly of a bike using MSUP Method

Theory of Random Vibration Analysis + Industrial Problem Statement

Random vibration analysis on vehicle knuckle

Theory of Response Spectrum Analysis + Industrial Problem Statement

Response spectrum analysis on a table structure

Theory of Steady-State Thermal Analysis + Industrial Problem Statement

Steady-state thermal analysis on brake disc to calculate heat flux and temperature distribution

Theory of Transient Thermal Analysis + Industrial Problem Statement

Transient thermal analysis on brake disc to calculate heat flux and temperature distribution with respect to time and location

Theory of Fatigue Analysis + Industrial Problem Statement

Fatigue analysis on connecting rod to calculate life and damage using SN approach

Theory of Explicit Dynamics + Industrial Problem Statement

Front impact dynamic crash analysis on BAJA roll cage

Theory of CFD + Industrial Problem Statements

CFD internal flow analysis on venturi
CFD external flow analysis on airfoil
CFD mixed flow analysis on hydraulic mixture

Theory of Non-Linear Analysis + Industrial Problem Statement

Non-linear analysis using static structural analysis of two solid blocks in contact

Theory of Composite Analysis + Industrial Problem Statement

Static structural analysis on plate using composite material

Theory of Contact Analysis + Industrial Problem Statement

Static structural analysis on clip and connector using contacts

Theory of Radiant Power Analysis + Industrial Problem Statement

Computation of ERP on muffler

Theory of Topology Optimization Analysis + Industrial Problem Statement

Static structural analysis and topology optimization of a C-clip

Learning Outcome

After Completing This ANSYS Course

Students will understand FEM fundamentals, meshing workflows and multiple industrial CAE analysis types required for real simulation projects.

Strong FEM Foundation

You will understand FEM, CAE, meshing, elements, degree of freedom, validation methods and the logic behind simulation-based design validation.

Professional ANSYS Skills

You will learn 1D, 2D and 3D meshing along with structural, thermal, vibration, CFD, fatigue, contact, composite and optimization workflows.

Industrial Project Exposure

You will practice on industrial problem statements such as roll cage, brake disc, pressure tank, bridge, vehicle knuckle, suspension assembly, airfoil and more.

Start Learning ANSYS with ELEATION

Build your CAE and simulation skills from basic to professional level with FEM theory, ANSYS practice, industrial problem statements, assignments and project-based learning.