Written by Jon Wilde on August 12, 2019
With the latest release, SimScale now also includes the ability to analyze radiative heat transfer as part of the convective heat...
Written by Sebastian Guenther on August 1, 2019
Find out about SimScale's new auto-contact detection and simulation queing features in this product news update. Follow along...
Written by Sebastian Guenther on March 27, 2019
Another 2019 SimScale feature update in the form of automatic contact detection to take over the process of defining contacts on...
Written by Richard Szöke-Schuller on January 3, 2019
The SimScale product update for the end of 2018 brings run continuation, frequency analysis, flow volume extraction, passive...
Written by Andreea Zaharia on December 7, 2018
We are proud to announce the groundbreaking release of a brand-new GPU-based solver using the Lattice Boltzmann method (LBM) and...
Written by Sebastian Guenther on September 25, 2018
The new and improved SimScale workbench was built entirely from scratch on the latest, state-of-the-art technology stack, with...
Written by Darren Lynch on July 25, 2018
As part of the latest release, we have launched an improved version of our online post-processor providing faster and more...
Written by Andreea Zaharia on March 5, 2018
With the latest product update, SimScale has released some exciting new features. Up to 96-core instances for customers, a sneak...
Written by Anastasia Churazova on April 12, 2017
Over the past three months, our engineering team has been working hard on adding and improving our platform’s features to...
Written by Andreea Zaharia on December 29, 2016
It’s that time of the year again when we reflect on everything that happened in the past 12 months. We acknowledge the...
Written by David Heiny on November 25, 2016
The SimScale engineering team has been hard at work over the last couple of weeks to improve and enhance SimScale’s...
Written by Babak Gholami on June 3, 2016
At SimScale, we are committed to providing a quality product that supports the complete virtual prototyping cycle. Therefore, in...
