SOLIDWORKS: Shell and Beam Modeling in FEA
1h 23mIntermediate2018-09-20
Authors

Tony Abbey
FEA Evangelist, Consultant, Mentor
Course details
Much of CAD design uses 3D elements for finite element analysis (FEA) simulation. However, sometimes thin-walled or frame-like structures dominate. In these cases, shell (2D) and beam (1D) elements can represent designs more effectively. Across all industries, as much as 50% of the design of major engineering projects fall into these categories.
In this course, instructor Tony Abbey explains how to work with shell and beam models in SOLIDWORKS. Learn when to use shell, beam, and specialized truss elements; understand the fundamentals of modeling with them; and find out how to mesh, postprocess, and model components with these tools. Tony shows how to set up and run these FEA simulations to test the integrity of your designs and view results such as stress, force, and displacement.
Learning objectives
Modeling beams and trusses
Using weldments
Modeling shells
Using surfaces
Using solid bodies
Using sheet-metal bodies
Setting up and running FEA simulations
In this course, instructor Tony Abbey explains how to work with shell and beam models in SOLIDWORKS. Learn when to use shell, beam, and specialized truss elements; understand the fundamentals of modeling with them; and find out how to mesh, postprocess, and model components with these tools. Tony shows how to set up and run these FEA simulations to test the integrity of your designs and view results such as stress, force, and displacement.
Learning objectives
Modeling beams and trusses
Using weldments
Modeling shells
Using surfaces
Using solid bodies
Using sheet-metal bodies
Setting up and running FEA simulations
Skills covered
SOLIDWORKSDassaultManufacturingProduct and Industrial DesignProduct and ManufacturingDeep Dive (X:Y)
Concepts
0. Introduction
- 01 - Shell and beam elements in SOLIDWORKS
- 02 - What you should know
- 03 - Using the exercise files
1. Idealization with Shells and Beams
- 04 - What are shells, beams, and trusses
2. Focusing on Trusses
- 05 - Truss modeling background
- 06 - Truss model - 3D geometry setup
- 07 - Truss model - 3D geometry results
- 08 - Truss model - Weldments setup
- 09 - Truss model - Weldments results
- 10 - Truss - Beam differences
3. Focusing on Beams
- 11 - Beam modeling background
- 12 - Benchmark beam model - Pinned joints
- 13 - Benchmark beam model - Welded joints
- 14 - Loaded beam model - Geometry setup
- 15 - Loaded beam model - Load boundary conditions (LBC) setup
- 16 - Loaded beam model - Results
4. Focusing on Shells
- 17 - Shell modeling background
- 18 - Shell from surface setup
- 19 - Shell from surface LBC and run
- 20 - Shell from geometry setup
- 21 - Shell from geometry LBC and run
- 22 - Sheet metal setup
- 23 - Sheet metal run
Conclusion
- 24 - Next steps