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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.

Technology Deep Dive - Multiphysics simulation with Lattice-Boltzmann solver OMNIS™/LB

Technology Deep Dive - Multiphysics simulation with Lattice-Boltzmann solver OMNIS™/LB

The nature of the OMNIS™/LB solver is such that high scalability is achieved, allowing to run high fidelity simulations on hundreds of millions of points in full unsteady mode.

CREMHyG analyzes transient flow in a multi piston pump design

CREMHyG analyzes transient flow in a multi piston pump design

CREMHyG Lab collaborates with industrial companies to develop the future of hydroelectric energy. For the simulation of multi-piston pumps, they decided to use NUMECA’s Lattice Boltzmann solver OMNIS™/LB, as they needed a solution well adapted for complex geometries and complicated displacements.”

Fluid Dynamics simulation of cavitation in pumps and propellers

Fluid Dynamics simulation of cavitation in pumps and propellers

Still today cavitation is one of the most challenging topics that CFD engineers have to face. This blog article summarizes some state-of-the-art CFD technology for cavitation prediction, covering different applications and CFD features in order to answer engineers' needs.

Designing a radial gas turbine 20x faster with computational fluid dynamics

Designing a radial gas turbine 20x faster with computational fluid dynamics

During this 40 minutes webinar, you will learn how to save hours of engineering and CPU time with our streamlined workflow and lightning fast solver technology.