1 Welcome (21.86 MB)
2 About the course (25.1 MB)
1 What is Welding (47.17 MB)
10 Shell Elements Welds Groove, Single-sided (167.14 MB)
2 Types of Welding The Heat Affected Zone (HAZ) (50.78 MB)
3 Welding in FEA Methodologies (121.49 MB)
4 Solid Elements Welds No Weld Geometry (98.91 MB)
5 Solid Elements Welds Weld Geometry (250.07 MB)
6 Shell Elements Welds No Weld Geometry (141.61 MB)
7 Shell Elements Welds Fillet, Double-sided (148.43 MB)
8 Shell Elements Welds Fillet, Single-sided (184.3 MB)
9 Shell Elements Welds Groove, Double-sided (194.39 MB)
1 Spot Welds Theory What is a Spot Weld (46.13 MB)
2 FLAT BACK ELBOW Project Description (51.69 MB)
3 FLAT BACK ELBOW Define Geometry Surfaces (97.89 MB)
4 FLAT BACK ELBOW Define Geometry Spot Welds Locations (120.02 MB)
5 FLAT BACK ELBOW Spot Welds FEA Simulation Set-up PartI (106 MB)
6 FLAT BACK ELBOW Spot Welds FEA Simulation Set-up PartII (202.01 MB)
7 FLAT BACK ELBOW Spot Welds Results Post-Process (136.66 MB)
1 FRONT AXLE Project Description (76.74 MB)
2 FRONT AXLE Define Geometry for Arc Welds (147.53 MB)
3 FRONT AXLE FEA Simulation Set-Up for Welding PartI (111.35 MB)
4 FRONT AXLE FEA Simulation Set-Up for Welding PartII (216.43 MB)
5 FRONT AXLE Welding Convergence Issues (174.21 MB)
6 FRONT AXLE Edge Weld Results Post-Process (228.42 MB)
1 CAR B-PILLAR Project Description (56.38 MB)
2 CAR B-PILLAR Define Geometry Spot Welds Location (108.72 MB)
3 CAR B-PILLAR Define Geometry Crash Barrier Definition (53.99 MB)
4 CAR B-PILLAR FEA Simulation Set-Up (108.35 MB)
5 CAR B-PILLAR Convergence Issues (170.84 MB)
6 CAR B-PILLAR Spot Weld Results Post-Process (169.84 MB)
1 Conclusions and Next Steps (39.12 MB)