Validation CasesAccuracy is maintained by routinely validating against industry leading simulation cases.Learn more
Our automated regression test constantly checks model validation and functionality as we update our code and add new features.
Leverage powerful GPU and CPU resources to reduce your simulation times up to 20x without simplifying models or sacrificing accuracy.
Run simulations using only a browser, from anywhere. Activate high performance super-computing resources on the fly.
Never pay for annual licenses or support contracts that sit idle between jobs. Only pay for simulation resources when you use them.
Using CFD used to mean an upfront $30,000 – $70,000 license along with one or more high-end workstations. Open source options help, but there is no immediate technical support and they aren’t always a high-performance solution. Our high-performance pay-as-you-go solution enables:
Whether it’s improving your current capabilities, reducing costs, or improving your competitiveness, EXN/Aero drastically changes what you can do with your simulation budget.
CFD platforms are expensive to operate and have never been truly geared towards small firms and engineering consultants. We want a world where every CFD engineer can afford to simulate the way they want and deliver results they can stand behind. We don’t believe engineers should be held back by expensive and restrictive license fees. Our high-performance GPU-optimized simulation platform enables you to:
It’s a robust platform that features many engineering models and a straightforward, efficient interface. The combination of the speed-up and on-demand pricing enables you to be more productive and profitable.
Automated load balancing, Finite volume Navier-Stokes solver with algebraic multigrid, fully implicit scheme, mixed precision, steady-state and transient.
Fully structured, Unstructured and mixtures. Tetrahedral, hexahedral, polyhedral, prism and pyramid.
IGES, STEP, Catia, SolidWorks, Pro/E, ACIS, NX/UG, and Parasolid.
SST, k-omega, SST-Detached Eddy, Large Eddy models, and synthetic turbulence.
Energy, compressible flow, buoyant flow, conjugate heat transfer, ideal gas, porous media, particle transport, passive scalar transport.
CGNS files from the following: ICEM, enGrid, Pointwise, and GridPro.
Book a hands on demo with an engineerSign Up