Finite Element Analysis (FEA)

Learn simulation of structural mechanics using FEA tools and solve real-world mechanical problems.

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Course Overview

This course provides hands-on training in Finite Element Analysis (FEA) for mechanical design and stress analysis. You will:

Understand the fundamentals of FEA theory and techniques
Use tools like ANSYS, Abaqus, and SolidWorks Simulation
Perform static, dynamic, and thermal simulations
Work on industry-aligned projects
Earn a certificate of completion

12-Week Structure

Week 1: FEA Fundamentals

FEA Introduction
Applications in Industry
Basic Concepts

Week 2: Mathematical Foundations

Differential Equations
Matrix Algebra
Stress-Strain Relationships

Week 3: Element Types

1D, 2D, 3D Elements
Solid vs Shell
Beam Elements

Week 4: Meshing Techniques

Global vs Local Mesh
Mesh Quality
Refinement Strategies

Week 5: Boundary & Loading

Constraint Types
Load Conditions
Realistic Setup

Week 6: Static Structural Analysis

Stress & Deformation
Von Mises Criteria
Factor of Safety

Week 7: Modal & Harmonic Analysis

Natural Frequencies
Mode Shapes
Harmonic Response

Week 8: Thermal Analysis

Steady-State Heat Transfer
Thermal Expansion
Coupled Thermal-Structural

Week 9: Nonlinear Analysis

Material Nonlinearity
Geometric Nonlinearity
Contact Problems

Week 10: Post-Processing

Deformation Plots
Stress Contours
Interpretation & Validation

Week 11: Capstone Project

Problem Setup
Simulation
Result Interpretation

Week 12: Presentation & Feedback

Project Presentation
Review & Discussion
Course Certification