FEA Basic Definitions for Beginners

سرفصل های دوره

Mesh Techniques, Static, Buckling, Dynamic, Modal, Fatigue, CFD Analyzes, Topology Optimization

1. INTRODUCTION to COURSE

1. Main Purpose of The Course

2. INTRODUCTION to FEA

1. What Are the Benefits of Using CAE (FEA) Programs

2. Analytical And Numerical Methods

3. Overview of Doing an Analysis

3. MESH

1. What is the Mesh

2. Mesh Element Number And Its Effect

3. Mesh Trick

4. Introduction to the Mesh Quality

5. Mesh Quality Evaluation Methods

6. Contacts

4. STATIC STRUCTURAL ANALYSIS

1. What is the Static Structural Analysis

2. Non-Linear Static Analyzes

3. Stress Calculate Criteria

4. Implicit Method

5. BUCKLING ANALYSIS

1. What is the Buckling Analysis

6. DYNAMIC ANALYZES

1. What is the Dynamic Analysis

2. Explicit Method

3. Frequency Notion And FFT

7. MODAL ANALYSIS

1. What is the Modal Analysis

2. What is the Natural Frequency And Resonance

3. What is the Mode And Mode Shape

8. TRANSIENT ANALYSIS

1. What is the Transient Analysis

9. HARMONIC ANALYSIS

1. What is the Harmonic Analysis

10. RANDOM VIBRATION ANALYSIS

1. What is the Random Vibration Analysis

11. TOPOLOGY OPTIMIZATION

1. What is the Topology Optimization

12. FATIGUE ANALYSIS

1. What is the Fatigue

2. What is the Wohler Curve

3. What is the Goodman, Soderberg, Gerber

4. Determining the Fatigue Analysis Method

5. Tricks About Fatigue Life

13. CFD

1. What is the CFD

2. How Can Planes Fly

3. Laminar And Turbulent Flows

4. Multiphase Flows

5. Multiphase Flow in Automobile AC System

6. Supersonic Flows

7. Cavitation

8. Newtonian And Non-Newtonian Flows

9. Navier Stokes Equation And Lagrangian, Eulerian Methods

10. Preparation for CFD Analysis

11. Inflation

12. CFD Mesh Tricks

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تولید کننده: Udemy-Training