flame front in a hydrogen-powered gas turbine

Hydrogen-powered gas turbines are key to a low-carbon energy future

Discover how B&B-AGEMA are using CFD to design combustors, optimize monitoring equipment, and gain understanding into hydrogen combustion.

turbomachinery cfd simulation creates art in motion

Turbomachinery CFD simulation: art in motion

Believe it or not, there is some true art in turbomachinery CFD simulation. From the creamer in your coffee, to…

Simcenter Testlab for testing

What is Simcenter Testlab? And what can I use it for?

Learn about Simcenter Testlab software for data collection, analytics, and modeling, and watch the free on-demand webinar for even more insights.

Don Miller Award - System Simulation

System Simulation: Don Miller Award Winners for Excellence in Thermo-Fluid Design

The winners of the Don Miller Award for Excellence in System Level Thermo-Fluid Design have been announced

Combustion CFD with Adaptive Mesh Refinement

Combustion simulation – A cyclist’s guide to clean air with adaptive mesh refinement

While combustion simulation is my profession, cycling is my passion. Taking my daily exercise cycling through London, last week, the…

Improving Hysteresis and Eddy Losses in Electric Machines

The prediction of iron losses is an important aspect of improving the overall efficiency of electric machines.

Five compelling reasons to run CFD simulations on the cloud

In the world of computational fluid dynamics (CFD), the goal is to exploit the ever-advancing technology of computing power to…

Pushing the Envelope: Maximizing efficiency with Finite Element Analysis (FEA)

There are a variety of definitions and interpretations of what efficiency means. In the simplest terms, it’s about being able…

Avoid Bearing failure with Virtual Prototyping. Angular Contact Ball Bearing (ACBB, left), Tapered Roll Bearing (TRB, right), as modeled in Simcenter 3D

Bearing Transmission Failures: How to Avoid Them With Virtual Prototyping

Bearings allow complex machinery to rotate by making the rotation possible while reducing friction, and are therefore vital to system efficiency and reliability. Improving bearing design through virtual prototyping is a cost-effective and thorough design approach, which reduces transmission downtime and failures.