NUMECA is now Cadence

Fast and reliable CFD simulation of a plate counterflow heat exchanger

Fast and reliable CFD simulation of a plate counterflow heat exchanger

Discover how Cadence’s Omnis™ helps in the development of heat exchangers, providing a fast and intuitive simulation framework with multiple fluids and solids. This webinar will present meshing and simulation of a plate counterflow heat exchanger. 

New Release - FINE™/Turbo, FINE/Agile™ and FINE™/Design3D v16.1

New Release - FINE™/Turbo, FINE/Agile™ and FINE™/Design3D v16.1

Limitless NLH with Rank-N: simulate the effect of periodic disturbances across N rotor/stator interfaces with complete freedom and flexibility on what, where, and how a flow perturbation is simulated.

Introducing a highly efficient CFD solution for fan design

Introducing a highly efficient CFD solution for fan design

Learn how ​​​​to effectively simulate the performance of industrial fans with OMNIS™, reducing time-to-market and the costs associated with many iterations of prototype building, scaling, and testing.​​​​​​

Increasing the performance of industrial blowers with NUMECA optimization solutions

Increasing the performance of industrial blowers with NUMECA optimization solutions

Thanks to this two-part optimization project, Illinois Blower managed to increase fan performance by up to 44% overall, while maintaining their original design constraints.

Combining structured and unstructured meshes: the Holy Grail for CFD engineers

Combining structured and unstructured meshes: the Holy Grail for CFD engineers

Flow solvers must be able to read the type of meshes behind them, and as most flow solvers only accept either structured or unstructured meshes, this is can be a no-win situation. However, within NUMECA's OMNIS™ environment, users can switch between meshing approaches in a single click.