Analysis Design Productivity Limited
ANSYS WorkBench Simulation Structural Nonlinearities
Audience
The ANSYS Workbench is a new-generation solution from ANSYS that provides powerful methods for interacting with the ANSYS solver functionality. This environment provides a unique integration with CAD systems and the design process, enabling the best CAE results.
The ANSYS WorkBench Simulation Structural Nonlinearities training course is for Analysts using the Structural Nonlinearities functionality currently exposed in ANSYS WorkBench and also wanting to access ANSYS Options.
Recommended background knowledge
- Engineering degree or engineering experience
- Basic functional familiarity with computers
- ANSYS Workbench – Mechanical Introduction Seminar
Topics Covered
- Nonlinear Structural Analysis – Background on Linear and Nonlinear Analysis, Metal Plasticity, Kinematic Hardening, Nonlinear Analysis Setup, Meshing Controls, Loads and Supports, Load Orientation, Solving Nonlinear Models, Reviewing Results
- Advanced Contact Analysis – Contact vs Target, Pinball Region, Interface Treatment, Frictional Contact Options, Bolt Pretension
- Nonlinear Diagnostics – Solution Information, Monitoring the Solution, Newton-Raphson Residuals, Tips on Solving the Model, Contact Time Step Control, Inintial Contact Condition Worksheet
- Accessing ANSYS Options – Named Selections and ANSYS, Overview of ANSYS Commands, Transferring Models to ANSYS
Sample Workshops
- Metal Plasticity – 3D Large Deflection Plastic Analysis of a Springplate
- Bolt Pretension with Contact
- Bolted Joint Assembly
- Bolted Joint Assembly with Friction
- Nonlinear Diagnostics – General Troubleshooting
- Accessing ANSYS Options – Hyperelastic with Contact Nonlinear Analysis of a Keyboard
Objectives
- The course provides students with the ability to operate ANSYS WorkBench Environment to perform some advanced structural analysis.
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