Transportation
TransAT can be employed in the aerodynamics design of land-based and aerospace vehicles as well as the hydrodynamics design of ships and amphibian structures. These particular flows require advanced turbulence models combined with smart meshing techniques and high-fidelity modelling approaches on scalable HPC systems. From the design of automotive exterior concepts with pre-design or detailed underbody, to HVAC systems, TransAT has shown a great flexibility. Applications include:
Presentations
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- Fire propagation near a train in tunnel
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- Wake flow behind a prototype car model
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- Surface flow around a submarine vessel
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- Automotive aerodynamics
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- Hydrodynamics of a sail-boat hull
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- Smoke extraction in a tunnel