| Simulation Systems Integration |
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| Level: |
Basic |
| Duration: |
3 days |
| Audience: |
CAE engineers, designers and specialists in structural crash and occupant safety |
| Objectives: |
earn to use the Visual-Environment for RADIOSS, from meshing with Visual-Mesh to Visual-Crash for RAD and post-processing with Visual-Viewer. |
| Prerequisites: |
Use of a workstation (UNIX and/or Windows).
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| Description: |
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| Course content: |
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Day 1, AM: Visual-Environment
- General presentation: the Visual-Environment
- General Manipulation, Shortcuts
- Graphical User Interface presentation
- Selection tools - What is Visual-Mesh? General presentation
Day 1, PM: Visual-Mesh
- CAD Functionalities: Sketch curve, Circle/arc creation, Curve trim/split/drop, Surface modification (drag, spin, spline, offset, cleanup)
- Node Functionalities
- Mesh Creation
- 1D Meshing: on selected curve
- 2D Meshing: automatic mesh generation, modifications
- Topology and Batch Meshing: definition, advantages, functionalities, terminology, example
- 3D Meshing: node selection, map, sweep, revolve, tetra mesh, hexa mesh, element split.
Day 2: Visual-Crash for RAD
- General tools presentation: PART Table, Card images
- Solver specific tools presentation
- Weld Tools (Interface Type 2 Spotwelds)
- Intersection and Penetration removal
- Sub-Assembly Replace
- Mass Balancing
- Model Organization / Model Checks
- Time Savers - Model setup: Material creation, modification and deletion, Contact, Load definitions, Boundary conditions, Joint definitions, etc.
Day 3, AM: Customer Case or SAFETY
- Customer Example: Execution of a Customer Case
- SAFETY example using Sim-Simulation and Sim-Positioner
Day 3, PM: Visual-Viewer
- General presentation
- Animation and Contours display
- Video Overlay and synchronizations
- Curve Operation
- Template Management and Report Generation
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| Schedules: |
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| Registration: |
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