Take advantage of the new pressure-based solver in OMNIS™ for multiphysics simulation

Take advantage of the new pressure-based solver in OMNIS™ for multiphysics simulation

Learn about our highly efficient pressure-based solver for simulating the flow in a large number of applications, such as heat exchangers, industrial fans, hydraulic turbomachinery, car thermal management or external aerodynamics.

Solving complex combustion technology challenges with fluid dynamics

Solving complex combustion technology challenges with fluid dynamics

Discover NUMECA's combustion models, integrated in the new environment OMNIS™, to get the fastest high-fidelity solutions and dedicated post-processing tools to control the formation of chemical emissions.

Fully-coupled 3D fluid dynamics engine simulation with the Nonlinear Harmonic method

Fully-coupled 3D fluid dynamics engine simulation with the Nonlinear Harmonic method

The development of a full-engine 3D fluid dynamics simulation framework, from compressor inlet to exhaust hood, using one single tool.

Masten Space Systems: Reactive flow and heat transfer optimization for reusable spacecraft

Masten Space Systems: Reactive flow and heat transfer optimization for reusable spacecraft

Masten Space Systems is using OMNIS™/Open-DBS with OpenLabs™ - NUMECA’s unstructured multi-purpose CFD solver package - for the design and analysis of various elements of reusable spacecraft and lunar vehicles.

Technology Deep Dive - Fluid Dynamics solutions for multiphysics and combustion simulation

Technology Deep Dive - Fluid Dynamics solutions for multiphysics and combustion simulation

Modeling real-world combustion problems requires real-world solutions, with a limited response time. This presentation gives you a short overview of the capabilities OMNIS™ has to offer for the Multiphysics and Combustion simulation.