Predicting performance of heat exchangers can be a challenging task. Learn how CFD offers in-depth and accurate analysis of all the flow details, early in the design process.

Discover a new particle solver, surface-to-volume meshing and more than 100+ new capabilities to boost your productivity in this webinar about Omnis™ version 5.1 - with live demos and Q&A session.

Aging equipment represents a serious challenge for engineers, often requiring retrofitting of entire rows or overhauling of the entire assembly. Learn how CFD simulation can optimize this process, extending rotating machinery life and increasing performance.

Simulate and optimize the full aerodynamic performance of a car early in the design process: save valuable time and get accurate results running any number of design variations using templated workflows. 

Witness the next generation of meshing: Mesh any geometry at the highest level of accuracy and speed, guaranteed!

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.​​​​​​

Being one of the most used CFD software in the America's Cup, the Vendée Globe, and plenty of other international racing regattas, FINE™/Marine's development in sailing yacht CFD requirements is unrivaled. Learn all about our "virtual towing tank" for sailing boat design.

Learn how to optimize heat transfer and carefully monitor maximum temperature ranges of all components of electric vehicles and batteries with CFD simulation.

OMNIS™/Mpacts is a simulation software that uses the Discrete Element Method (DEM) to simulate the dynamics of large numbers of interacting particles.

See how cables can be modeled with a higher degree of accuracy in FINE™/Marine using the new Catway module.