Numerical Methods of MSC Nastran Training Course (NAS112)
This course shows how to use the various numerical methods incorporated in MSC Nastran. The main objectives are to present the tools available for choosing or deselecting numerical methods and to give information about the characteristics of the methods, including accuracy, time, and space requirements. The course is intended for MSC Nastran users, support engineers, and systems analysts.
Who Should Attend:
- MSC Nastran users wanting to understand the available numerical methods
- Engineering Analysts
- Systems Analysts
- University lecturers and students
Course Content:
- Utilities
- System cells
- Matrix trailers
- DIAG flags
- Kernel functions
- Performance issues
- Time estimates
- Memory management
- Database control
- Performance evaluation
- Matrix multiplication
- Conventional (1-2-3-4) methods
- Sparse method
- Parallel method
- Triple method
- Matrix decomposition
- Reordering methods
- Symbolic decomposition
- Sparse (indefinite) decomposition
- Sparse unsymmetric decomposition
- Solution of system of equations
- Conventional FBS
- Left-handed FBS
- Sparse FBS
- Iterative solution
- Real eigenvalue analysis
- Reduction type methods (Givens and Householder)
- Lanczos method and its new features
- Numerical and diagnostic issues
- Complex eigenvalue analysis
- Reduction method (QZHESS)
- Complex Lanczos method
- Error analysis
Prerequisites:
Length |
Cost |
2 days |
$1,760 AUD |
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