Autodesk Nastran InCAD
- Basics of Finite Element Analysis
- Model strategy and CAD/FEA model interaction
- Materials and material models
- Applying static loads and constraints
- Using connectors
- Meshing and mesh optimization
- Load cases and analysis parameters
- Result interpretation
Autodesk Simulation Mechanical
- Basics of Finite Element Analysis
- Model strategy and CAD/FEA model interaction
- Materials and material models
- Applying static and dynamic loads, linear and non-linear constraints
- Using contact elements
- Meshing and mesh optimization
- Load cases and analysis parameters
- Result interpretation
Autodesk Simulation CFD
- Basics of Finite Element Analysis
- Model strategy and CAD/FEA model interaction
- Materials, material models and components
- Applying stationary and transient fluid and thermal loads
- Meshing and mesh optimization
- Load cases and analysis parameters
- Result interpretation
Autodesk Fusion 360 Ultimate
- Basics of Finite Element Analysis
- Model strategy and CAD/FEA model interaction
- Materials and material models
- Applying static and dynamic loads and constraints
- Using connectors
- Meshing and mesh optimization
- Load cases and analysis parameters
- Result interpretation
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For Analyses, Training and Product Information
Send us your enquiry, or contact:
Ron Schneider
Tel: +49 – (0)69-508-30501
Fax: +49 – (0)69-508-30555