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Course 906, 3 Days
Subjects Covered Include:- Introduction
- Overview
- Overview of services and support
- FEA concepts and examples
- Background of FEA
- Examples of uses for FEA
- Stress and strain review
- Hand-calculated example
- Example using FEMPRO
- Meshing the model
- Setting up the model
- Running the analysis
- Reviewing the results
- Presenting the results
- Working with CAD solid models and static stress
- Proper modeling techniques
- How to simplify a large assembly
- Generating meshes for CAD models
- Meshing options
- Loading options
- Constraint options
- Group exercises
- Independent exercise
- Overview of material models and material library
- Material model options
- Using the Material Library Manager
- Group exercise
- Results evaluation and presentation
- Background on how results are calculated
- How to evaluate results
- Presentation options
- Contour plots
- Image file creation
- Animating FEA results
- Using the Report Wizard
- Examples
- Archiving a model
- Group exercises
- Independent exercise
- Midplane meshing
- Meshing options
- Element options
- Loading options
- Result options
- Group exercises
- Independent exercise
- Introduction to contact
- Uses for contact
- Contact options
- Result options
- Group exercises
- Independent exercise
- Meshing
- Refinement options
- Automatic refinement points
- Global refinement options
- Creating joints
- Mesh convergence testing
- Group exercises
- Independent exercise
- Line elements
- Combining element types
- Element type options
- Loading options
- Result options
- Group exercises
- Independent exercise
- 2-D elements
- Using sketches
- Meshing options
- Element options
- Loading options
- Result options
- Group exercises
- Independent exercise
- Creating and modifying geometry
- Common uses
- Creating structured meshes
- Move, rotate, scale and copy operations
- Modifying geometry
- Group exercises
- Independent exercise
- Other modeling options
- Alibre Design Basic
- KinePak
- PV/Designer
- Group exercises
- Independent exercise
- Introduction to other analysis types
- Available types
- Dynamics
- Thermal
- Fluid
- Electrostatic
- Choosing the right analysis type for your application
- Combining analysis types for multiphysics
- Group exercises
- Modal exercise
- Thermal exercise
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