turbine blades

Turbine design with a digital test rig: meet your targets faster

“We want to work out how it will work in the field, before it is in the field”

Prevention via CFD is the best engineers’ medicine

A simulation-based approach to guarantee safety towards a 25% productivity increase for a gas extraction field

What they didn’t teach you in school about heat transfer

What do the following design projects have in common? If you say simulation, you’re partially right. Simulation is important in…

Membranes for separation of mixtures of gases or impurities from liquids

Fresh water is an increasingly scarce resource. Saving and recycling water makes environmental and economic sense. It is used in large quantities in the chemical and allied industries for cooling and…

Let’s break the cryogenic ice between you and LNG simulation

We are on July 15 th . What a sunny day here in Plymouth, UK!
During such a day, half of the total country energy is supplied by renewable energy, fantastic progress has been done from the past las…

Circuit breakers, thunders and the challenges of multiphysics

I suspect nobody of us is eager to be hit by a lightning strike. The experience would be – in the best case – very painful. Lightning is a violent electrical discharge that turns the gas into a hot, …

Engineer INNOVATION Issue 2!

‘A good decision is based on knowledge and not on numbers’ – Plato
 

From Trek to Hyundai, Airbus to ZF Wind Power, this issue is packed with customers showing how the digital twin pr…

Efficiency through simulation for high temperature processes

discover how CFD can help to optimize combustion and high temperature processes.

Optimizing turbine maintenance schedules at Hydro-Québec

Read about how Hydro-Québec uses the Simcenter solution to optimize their turbine maintenance plan and why it matter. Read more in the case study.