Lernziele
This course will cover the capabilities available in NX Nastran SOL 601 and 701. It will consist of both lectures and hands-on workshop sessions. NX will be used as the pre- and post-processor for the workshop sessions. Participants will learn the best practices to handle large problems and resolve convergence difficulties.
Inhalt
- Overview of Capabilities
- Implicit and Explicit Analysis
- Class of Problems Suitable for SOL 601/701
- Running the Analysis – Nastran Keywords
- Elements
- Element Types and Properties
- Element Birth/Death Feature
- Preload Bolt Element
- Translation of RBAR, RBE2, RBE3
- Material Models Available for each Element Type
- Material Models
- Use of Small/Large Displacement/Strain
- Elastic, Plastic Material Models
- Thermal and Creep Effects
- Rubber Models
- Modeling of Gaskets
- Boundary Conditions
- SPC and MPC
- Types of Loads
- Follower (Deformation-dependent) Loads
- Constant and Time-Varying Loads
- Time stepping and Time Functions
- Contact
- Algorithms for SOL 601 and 701
- Contact Features
- Friction
- Modeling Recommendations
- Metal Forming Applications
- Solution Schemes
- Static and Implicit Dynamic Analyses
- Direct and Iterative Equation Solvers
- Newton-Raphson Equilibrium Iterations
- Automatic Time Stepping (ATS) Method
- Total Load Application (TLA) Method
- Load Displacement Control (LDC) Method
- Explicit Analysis
- Additional Capabilities
- Restart Analysis
- Glue Mesh
- Initial Conditions
- Output of Results
- Options for Result Output
- OP2 data blocks
- Strategies for Solving Large Problems
- Memory Usage
- Use of Iterative Solver
- Parallel Processing
- Resolving Convergence Difficulties
- Parameters in NXSTRAT entry
- Contact Parameters in BCTPARA entry
- Understanding the .f06 file Output
Sprache
deutsch
