This session: 22–26 Feb 2027
This Inventor Nastran Linear & Nonlinear Static Analysis Course session in Barcelona (Spain) runs from Monday 22 February to Friday 26 February 2027 (week 8, Q1 2027). It is the only date in Barcelona (Spain) in 2027, at a fee of 5,900 £. Registration is open for this date. It is held in person.
| Dates | Monday 22 Feb – Friday 26 Feb 2027 |
|---|---|
| Week | 8 of 2027 |
| Duration | 5 days |
| Fee | 5,900 £ |
| Status | Open for registration |
| Format | In person |
Course Overview
Course Description
This intensive 1-week course provides a comprehensive exploration of Autodesk Inventor Nastran, focusing on linear and nonlinear static analysis techniques. Participants will gain in-depth knowledge of finite element analysis (FEA) principles, advanced modeling techniques, and result interpretation for product design optimization.
Learning Objectives
- Master the Inventor Nastran interface and workflow for static analysis
- Understand the fundamentals of linear and nonlinear FEA
- Learn advanced meshing techniques and material property assignments
- Develop skills in setting up complex boundary conditions and loads
- Gain proficiency in interpreting and validating analysis results
- Apply best practices for solving real-world engineering problems
Course Modules
Day 1: Introduction to Inventor Nastran and Linear Static Analysis
- Inventor Nastran interface and workflow overview
- Fundamentals of FEA and static analysis
- Linear material models and property assignment
- Basic meshing techniques and quality control
- Simple linear static analysis case studies
Day 2: Advanced Linear Static Analysis Techniques
- Complex geometry preparation and idealization
- Advanced meshing strategies for accuracy and efficiency
- Defining and applying boundary conditions and loads
- Result interpretation and validation methods
- Optimization techniques for linear static problems
Day 3: Introduction to Nonlinear Static Analysis
- Principles of structural nonlinearity
- Material nonlinearity: elastoplastic and hyperelastic models
- Geometric nonlinearity and large displacement analysis
- Contact modeling in nonlinear analysis
- Solution methods for nonlinear problems
Day 4: Advanced Nonlinear Static Analysis
- Complex nonlinear material modeling
- Advanced contact and friction simulation
- Nonlinear buckling analysis
- Solver settings and convergence strategies
- Result interpretation for nonlinear problems
Day 5: Applied Nonlinear Analysis and Best Practices
- Industry-specific nonlinear analysis case studies
- Combining linear and nonlinear approaches
- Performance optimization and troubleshooting
- Best practices for complex nonlinear problems
- Final project: Real-world nonlinear analysis challenge
Practical Wins for Participants
- Ability to confidently set up and solve complex linear and nonlinear static analysis problems in Inventor Nastran
- Skills to optimize product designs using advanced FEA techniques
- Expertise in interpreting and validating FEA results for informed decision-making
- Capability to tackle real-world engineering challenges using Inventor Nastran's powerful analysis tools
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