space testing satellite

Why link automotive comfort and satellite micro-vibrations?

Learn what automotive comfort has to do with satellites and discover innovative testing tools to mitigate satellite micro-vibrations.

NASA’s $10 billion James Webb Space Telescope fully fueled for launch

Set to launch to deep space on December 24, the nearly $10 billion NASA-built JWST promises the ability to peer into the depths of the known Universe like never before.

Electromagnetic simulation for a satellite

Simulating electromagnetics for successful space missions

Read how the challenges related to electromagnetics for space systems can be overcome using Simcenter.

Force limiting: Test your Spacecraft, but don’t destroy it!

Avoid over-testing during satellite vibration qualification and learn about force limiting for spacecraft testing.

10 insights from rocket CFD for a mind-blowing moonshot

This is your guide to a successful moonshot project – with 10 insights that only rocket CFD (Computational Fluid Dynamics) could deliver!

New DFAN (Direct Field Acoustic Noise Testing) as a service to launch in US – Live demo on September 22, 2021

How many decibels (dB) are emitted during a spacecraft launch? According to NASA, the answer is up to 220 dB….

Mars Ingenuity

Ingenuity is Taking Off

See how the Mars Ingenuity helicopter can fly on Mars and how it would perform on Earth. Simulation helps to design better products faster.

Perseverance Touching Down on Mars

Perseverance: what’s the weather on Mars?

Centro de Astrobiología – INTA uses Simcenter FLOEFD to design the MEDA weather station on the Perseverance rover

Crack propagation in composites and how to avoid it: A DLR case study

Ceramic matrix composites (CMCs) have become especially popular in space applications due to their ability to withstand extremely high temperatures. At the German Aerospace Center (DLR), researchers are investigating the use of CMC components for high-temperatures and demanding-environment applications.