Reducing The Time For FE Modeling With Process Automation And Parameterization Of Tires Using MeshWorks
MeshWorks as CAE Platform has tool sets to help Engineers handling mesh modeling, input deck preparation for analysis and optimization of tread patterns considering static, dynamics, transient and aquaplaning considerations.
This webinar focuses on tool sets that help build high quality 2D and 3D FE mesh models for tires all the way up to solver ready model set-ups. Morphing and parameterization tools in MeshWorks directly help study the sensitivity of tread pattern for aquaplaning considerations. MeshWorks also has 1D model / discrete model building tools that could come handy while organization builds modal tire models. Hex mesh creation procedure along with process automation is greatly expected to reduce time to build high quality complex tread pattern models. MeshWorks mesh modeling tools are applicable to motorcycle tires, passenger car tires, and off road tires.
Topics that will be covered in this webinar:
- Creation of Mesh Models and Model Assembly – Live demonstrations about how to create high quality 2D and 3D meshes for tires
- Morphing and Parameterization for Tires – Learn through live demonstration about how to use MeshWorks to create parametric mesh models to enable quick “What if” scenario studies for static, dynamic and aquaplaning performances.
- MeshWorks driven Optimization Architecture – Share from past technical paper briefly about application of MeshWorks for aquaplaning performance optimization study.
How does MeshWorks 8 differ from the current tools available?
|Process using other tools||Process using DEP MeshWorks|
|Hex Mesh Modeling for Tires||Limited||Efficient|
|Morphing and parameterization for Tires||Limited||Efficient|