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HiPer CFD

Next Generation Computational Fluid Dynamics Solver

Accurate, cost-effective, efficient and scalable CFD.

HiPer in Action Validation
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HiPer Performance

HiPer’s efficiency on nVidia GPUs offers significant reductions in both cost and run times for scale resolving simulations.

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Compressible explicit finite difference Navier-Stokes solver.

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Blended 4th and 3rd order low dissipation spatial scheme.

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Immersed boundry geometry representation.

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Robust zm3 refined Cartesian mesh generator handles complex geometry and poor quality CAD.

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Low memory requirements (200M+ cells per 24GB GPU memory).

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In-situ visualisation.

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Wall Modelled LES for high Reflows.

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Best in class algorithms and numerics.

HiPer Application Areas

With best in class algorithms and numerics HiPer has been designed from the outset to work effectively across a range of applications.

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Automotive

Road vehicles generate complex aerodynamic fields that include sharp separation, reattachment, coherent vortex structures, and strong wake dynamics. These complex flows are easily and accurately simulated with HiPer.

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Built Environments

HiPer can handle the complex unsteady flow around stadia, as well as street level wind predictions in complex built up environments. The simplicity of mesh generation has provided a step change in ease at which engineers can provide predictions of pedestrian comfort and building wind loading.
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Aeroacoustics

HiPer delivers rich predictions of Landing Gear aerodynamic noise for civil aerospace. Complex geometry is easily handled, and the very low dissipative nature of the numerics within HiPer are providing highly accurate broadband aeroacoustic predictions.

HiPer Validation

Continuous validation and verification is at the heart of our software development process. See all our latest validated cases.

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HiPer in Action

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DrivAer Notch (Underside)

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Taylor Green

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PDCC NLG

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Bring HiPer Onboard

Interested in learning what HiPer CFD can do for your organisation. Contact us for more information or to arrange a demo.

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