Topology optimalization:
What can topology optimization as a design process do for your products? Find out how it can benefit lightweight designs in 3D printable or mold materials.

Composites:
How to simulate composite products in a FEM environment to evaluate their structural integrity. Find out how Simcenter3D defines the individual layers and corresponding behavior in a 3D model.

Rotor Dynamics:
How to simulate centrifugal and gyroscopic effects on equipment rotating at high speeds? Find out how Simcenter 3D has a rotor dynamics environment to model for example turbomachinery and helicopter blades.

CFD - internal:
How to predict how liquids (or air) will behave in a closed environment. Find out how influences like temperature, pressure and turbulence are taken in account.

Moving Bodies:
How to float one boat? Or maybe two? And how do they interact? Find out how free moving objects on a fluid surface can be simulated.

Mixing:
Find out how STAR-CCM+ can help to discover the best possible mixing solution for multiple fluids and even multiphase events.

API / Tooling:
Customisation can go horribly wrong, but when done right, more can be accomplished in less time with more precision. Let us help you familiarise with the Femap API.

Meshing:
Do we appreciate Femap for it's meshing capabilities, or what? Looking forward to spread the word by sharing some of our work.

Fatigue calculations:
Femap has a wide range of features for performing Fatigue calculations and presenting analysis results. Find out how!