- Engineering Workflow Automation
- Design Space Exploration
Optimizing bobsleigh aerodynamics is critical in racing faster down narrow twisting iced tracks. The Shitamachi bobsleigh project is an engineering collaboration between Tokyo University and 40 design & manufacturing companies in the Tokyo region. The team of engineers first modeled a two-man bobsleigh design in CATIA, and used SC/Tetra to perform a CFD analysis. Then, Optimus for Cradle managed an automated engineering simulation process – driving CATIA modeling & SC/Tetra CFD simulation to identify optimized bobsleigh design configurations.
The development team used Optimus for Cradle to explore the design space and optimize bobsleigh shape and CFD performance. They first modeled the bobsleigh in CATIA V5, and set up the detailed aerodynamics model in SC/Tetra. They then started an automated Design of Experiments (DOE) campaign involving both CATIA and SC/Tetra, using the outcome of the representative set of virtual experiments as a basis to create a reliable bobsleigh response surface model (RSM).
The Shitamachi bobsleigh project shows that Optimus for Cradle enables a seamless multi-objective engineering optimization workflow.
The Shitamachi bobsleigh project shows that Optimus for Cradle enables a seamless multi-objective engineering optimization workflow. The automated process includes intelligent bobsleigh shape modifications in CAD, simulation & optimization.
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