ELEATION CAE Training Program

HyperWorks Basic To Professional Program Content Overview

Learn HyperWorks from FEM fundamentals to professional CAE workflows including 1D, 2D and 3D meshing, linear static analysis, thermal analysis, nonlinear analysis, modal, frequency response, transient, fatigue, composite, buckling and industrial simulation projects.

80

Session Videos

70+

Hours of Training

200+

Homework Models

80+

Industrial Internship Projects

What You Will Learn in This HyperWorks Course

This HyperWorks Basic to Professional program is designed for students and professionals who want to build strong CAE pre-processing, meshing, analysis setup and post-processing skills. The course starts from FEM and CAE fundamentals and gradually moves toward industrial-level analysis workflows used in automotive, aerospace, mechanical and product design industries.

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

Course Modules

HyperWorks Course Content

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

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 rod, bar and beam elements
Fixed-fixed and simply supported beam problem
Nodes, node edit, temp nodes, distance, line and line edit panels
Free-free run on roll cage

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
Surface, surface edit and defeature panels
Solving plate with hole with and without washer
Solving plate with hole with biasing
Quality check for 2D elements
Automesh: Size & Bias, Edge and Surface Deviation, QI Optimize
Ruled, spline and skin panels

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
Hex-penta mesh using surfaces
Hexahedral mesh using solid map
3D elements quality check
Solid and solid edit panels

Theory of Linear Static Analysis + Industrial Problem Statements

Front impact analysis on a 2D meshed roll cage
Linear static analysis on a front wheel knuckle
CWELD elements to connect mesh

Theory of Thermal Stress Analysis + Industrial Problem Statements

Thermal stress analysis on a pre-meshed coffee lid
Thermal stress analysis of a pre-meshed printed circuit board

Theory of Linear Steady State Heat Transfer Analysis + Industrial Problem Statement

Linear steady state heat transfer analysis of a pre-meshed pipe

Theory of Coupled Linear Heat Transfer Analysis + Industrial Problem Statement

Coupled linear heat transfer analysis of a pre-meshed pipe

Theory of Linear Transient Heat Transfer Analysis + Industrial Problem Statement

Linear transient heat transfer analysis of a pre-meshed fin

Theory of Inertia Relief Analysis + Industrial Problem Statement

Inertia relief on a pre-meshed A-arm

Theory of Eigenvalue Buckling Analysis + Industrial Problem Statement

Eigenvalue buckling analysis on a pre-meshed column

Theory of Axi-Symmetry Analysis + Industrial Problem Statement

Axi-symmetry analysis on a pre-meshed pipe

Theory of Composites Analysis + Industrial Problem Statement

Analysis of a composite aircraft structure

Theory of Non Linear Quasi Static Analysis + Industrial Problem Statements

Nonlinear gap analysis of an airplane wing rib
NLSTAT analysis of solid blocks in contact
NLSTAT analysis of gasket materials in contact

Theory of Normal Modes Analysis + Industrial Problem Statement

Modal analysis on a splash shield

Theory of Frequency Response Analysis + Industrial Problem Statements

Direct frequency response analysis of a flat plate
Modal frequency response analysis of a flat plate

Theory of Equivalent Radiant Power Analysis + Industrial Problem Statement

Computation of ERP of a pre-meshed front cover of catalytic converter

Theory of Transient Response Analysis + Industrial Problem Statements

Direct transient response analysis of a pre-meshed bracket
Modal transient response analysis of a pre-meshed bracket

Theory of Random Response Analysis + Industrial Problem Statement

Random response analysis of a pre-meshed flat plate

Theory of Response Spectrum Analysis + Industrial Problem Statement

Response spectrum analysis of a structure

Theory of Complex Eigenvalue Analysis + Industrial Problem Statement

Complex eigenvalue analysis of a reduced brake system

Theory of Fatigue Analysis + Industrial Problem Statements

Fatigue using S-N Stress-Life Method
Fatigue using E-N Strain-Life Method
Fatigue Process Manager using S-N Stress-Life Method
Fatigue Process Manager using E-N Strain-Life Method

Theory of Pretensioned Bolt Analysis + Industrial Problem Statement

1D and 3D pretensioned bolt analysis

Learning Outcome

After Completing This HyperWorks Course

Students will understand HyperMesh preprocessing, FEM fundamentals, mesh quality, analysis setup and multiple industrial CAE workflows used in professional simulation projects.

Strong Meshing Foundation

You will learn 1D, 2D and 3D meshing, geometry cleanup, mid-surface extraction, mesh quality checks and industrial meshing workflows.

Professional CAE Skills

You will learn linear static, thermal, nonlinear, modal, frequency response, transient, fatigue, composite, buckling and bolt analysis workflows.

Industrial Project Exposure

You will practice on roll cage, knuckle, A-arm, aircraft structure, brake system, bracket, flat plate, catalytic converter cover and other industrial models.

Start Learning HyperWorks with ELEATION

Build your CAE preprocessing, meshing and simulation skills from basic to professional level with structured theory, practical models, assignments and industrial project-based training.