Ansys Fensap-ICE is the premier solution for in-flight icing simulation. Since ice accretion is an extremely complex phenomenon to replicate in physical tests, Qarnot provides the scalable HPC power necessary to model these critical safety challenges digitally.
Icing is difficult and costly to reproduce in wind tunnels. Qarnot’s infrastructure allows you to simulate all major aspects of in-flight icing with high fidelity, ensuring compliance with strict safety and performance regulations without the constraints of physical prototypes.
Whether you are working on UAVs, jet engines, rotorcraft, or complex probes, Fensap-ICE handles any geometry. Qarnot’s high-performance nodes allow you to run these large-scale simulations for complete aircraft systems seamlessly.
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Meeting regulatory standards requires massive parametric studies. Leverage Qarnot’s instant scalability to run dozens of icing scenarios simultaneously, drastically reducing your certification timeline and optimizing product performance.
Icing is difficult and costly to reproduce in wind tunnels. Qarnot’s infrastructure allows you to simulate all major aspects of in-flight icing with high fidelity, ensuring compliance with strict safety and performance regulations without the constraints of physical prototypes.
Whether you are working on UAVs, jet engines, rotorcraft, or complex probes, Fensap-ICE handles any geometry. Qarnot’s high-performance nodes allow you to run these large-scale simulations for complete aircraft systems seamlessly.
Meeting regulatory standards requires massive parametric studies. Leverage Qarnot’s instant scalability to run dozens of icing scenarios simultaneously, drastically reducing your certification timeline and optimizing product performance.
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