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CAE & Simulation intermediate
Computational Mechanics Visualization
Master CAE visualization techniques using Python. Learn to create stress tensor animations, deformation visualizations, and FEM result rendering using Matplotlib, Manim, and Blender.
11 lessons
~5 hours
Your Progress 0/11 lessons
What you'll learn
Visualize stress tensor components on 3D volume elements Create large deformation kinematics animations Understand and visualize the deformation gradient tensor Compare Cauchy, 1st and 2nd Piola-Kirchhoff stress measures Build publication-quality animations with Matplotlib and Manim Render FEA results in Blender for presentations
Prerequisites
- Basic Python programming skills
- Understanding of stress and strain concepts
- Familiarity with FEA basics (nodes, elements, mesh)
IIT Jammu
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Course Content
1
Introduction to CAE Visualization
12 min
2
Stress Tensor Components
18 min
3
Large Deformation Kinematics
20 min
4
The Deformation Gradient Tensor
18 min
5
Different Stress Measures
20 min
6
FEM & Shape Functions
15 min
7
Mesh Refinement & Convergence
15 min
8
Creating Animations with Matplotlib
20 min
9
Mathematical Animations with Manim
20 min
10
3D Rendering with Blender
15 min
11
Quiz: Computational Mechanics Visualization
Quiz 15 min