3. Loads and fixture | Coursetakers

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SOLIDWORKS: Introduction To Finite Element Analysis (FEA)

1. Introduction

1. About the Course (1:18)
2. Overview (1:44)
3. FEA concept (1:41)
4. Simulation Add In (1:15)

2. Solid Body Analysis

1. Introduction (3:33)
2. Simulation Add In and Options (3:13)
3. Geometry preparation (7:43)
4. New study (3:14)
5. Material (2:21)
6. Fixture (6:30)
7. Loads (8:17)
8. Mesh and Model simplification (6:07)
9. Standard mesh (8:49)
10. Curvature based mesh (3:42)
11. Mesh control (5:18)
12. Running Analysis (5:07)
13. Geometry modification (4:09)
14. Chart Plots (9:10)
15. Results systematisation (8:31)
16. Compare results (5:11)
17. Separate studies (5:21)
18. Loadcase Manager (11:34)
19. Conclusion (2:08)

3. Planar Symmetry

1. Introduction (1:40)
2. Geometry preparation (6:27)
3. Loads and fixture (3:57)
4. Mesh (3:04)
5. Run and Comparison Analysis (5:20)

4. Circular Symmetry

1. Introduction (2:32)
2. Static analysis (7:14)
3. Full model analysis and Comparison (5:08)
4. Load mesh Run (3:55)

5. Types of finite elements

FE Types (2:25)

6. Static analysis of shell body

1. Introduction (2:32)
2. Surface - Geometry preparation (4:01)
3. Surface - Shell Static Study (14:08)
4. Surface - Conclusion (0:33)
5. Sheet Metal - Introduction (1:20)
6. Sheet Metal - Geometry preparation (3:40)
7. Sheet Metal Analysis and Results comparison (3:51)

7. Static analysis of a Frame Body - Truss

1. Introduction (3:53)
2. Weldment setup (3:57)
3. Weldments- Analysis (6:00)
4. Weldments - Results (4:30)
5. Extrude analysis (3:36)
6. Extrude results (1:48)

8. Static analysis of a Frame Body - Beam

2. Beam vs Truss (4:02)
1. Introduction (3:00)
3. Analysis setup (7:52)
4. Results (4:05)

9. CSWA-FEA Preparation

1. CSWSA-FEA Exam Theory
Exercise 1 (5:39)
Exercise 2 (4:06)
Exercise 3 (3:24)
Exercise 4 (3:20)
Exercise 5 (5:11)
Exercise 6 (6:04)

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3. Loads and fixture

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