Wind Tunnel
application

Improve your aerodynamics with the power of supercomputers. Simulate air flow around solid objects. For designers, aerodynamicists and CFD engineers.

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The wind tunnel application allows you to understand the aerodynamic effects of air moving past a solid object.

  • Our platform conducts high-fidelity, transient (time-resolved) flow simulations in 3D.
  • The simulations are performed on a supercomputer with an optimal choice of computing cores for the simulation (up to 50,000 cores). This enables creating models that come close to reality.
  • This method, which uses an adaptive optimisation of a computational mesh, has been published in peer-reviewed journals and validated in several benchmark workshops.

Typical use cases

  • Vehicles
  • Aircrafts (or aircraft parts)
  • Structures exposed to wind
  • Other solid objects without moving parts
  • For more questions regarding use cases, please contact us

Please note

The Virtual Wind Tunnel application is not suitable for simulating internal flow.

The application assumes moderate to large Reynolds numbers (Re > 100,000), that is, models of small dimensions or using very low inflow speeds or viscous fluids, may produce inaccurate results.

Prototype

Prototype is great for comparing a few different design alternatives. Select this resolution to evaluate the design in an early stage.

low fidelity

Design

Design resolution is best when optimizing for a single design. The resolution makes it possible to evaluate smaller details in the construction.

medium fidelity

Validation

Use validation when you want to validate with highest possible accurateness. This will make sure the design is on par with current regulations.

high fidelity

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