Simulation and Analysis in CAD
( 25 Modules )

Module #1
Introduction to Simulation and Analysis
Overview of simulation and analysis in CAD, importance, and applications

Module #2
CAD Modeling for Simulation
Best practices for creating CAD models for simulation and analysis

Module #3
Types of Simulation
Overview of different types of simulation, including static, dynamic, thermal, and fluid dynamics

Module #4
Static Analysis
Understanding static analysis, including stress, strain, and displacement

Module #5
Dynamic Analysis
Understanding dynamic analysis, including vibration, frequency, and motion

Module #6
Thermal Analysis
Understanding thermal analysis, including heat transfer, conduction, and convection

Module #7
Fluid Dynamics Analysis
Understanding fluid dynamics analysis, including CFD, flow rates, and pressure

Module #8
Material Properties
Understanding material properties, including mechanical, thermal, and fluid properties

Module #9
Boundary Conditions
Understanding boundary conditions, including fixed, free, and symmetric

Module #10
Mesh Generation
Understanding mesh generation, including mesh types, size, and quality

Module #11
Solver Options
Understanding solver options, including solution methods, tolerance, and convergence

Module #12
Post-processing and Visualization
Understanding post-processing and visualization, including result interpretation and visualization tools

Module #13
Validation and Verification
Understanding validation and verification, including accuracy, precision, and uncertainty

Module #14
Design Optimization
Understanding design optimization, including topology, shape, and size optimization

Module #15
Topology Optimization
In-depth look at topology optimization, including methods and applications

Module #16
Dynamic Simulation
In-depth look at dynamic simulation, including motion, vibration, and frequency analysis

Module #17
Thermal Simulation
In-depth look at thermal simulation, including heat transfer, conduction, and convection

Module #18
Fluid Dynamics Simulation
In-depth look at fluid dynamics simulation, including CFD, flow rates, and pressure

Module #19
Multi-Physics Simulation
Understanding multi-physics simulation, including coupled analyses and interactions

Module #20
Simulation-Driven Design
Understanding simulation-driven design, including design for manufacturability and assemblability

Module #21
Simulation for Additive Manufacturing
Understanding simulation for additive manufacturing, including material properties and process simulation

Module #22
Simulation for Fatigue and Durability
Understanding simulation for fatigue and durability, including cyclic loading and lifetime prediction

Module #23
Simulation for Crash and Impact
Understanding simulation for crash and impact, including dynamic impact and safety analysis

Module #24
Best Practices and Workflow
Best practices for simulation and analysis workflow, including data management and collaboration

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Simulation and Analysis in CAD career

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Simulation and Analysis in CAD ( 25 Modules )

Simulation and Analysis in CAD
( 25 Modules )