The Numerical Simulation Platform
The software on NUBERISIM
Aero- and Hydro-Acosutics
Iris speaking about new developments in technical High Performance Computing such as the use of Artificial Intelligence methods. September 23, 2019.
NUBERISIM participated in discussion round at Dienstleistungsinnovation und Digitalisierung, an event of Fraunhofer IAO and the Ministry of Economics of the Federal State of Baden-Württemberg, Germany. Meet us in Stuttgart on Thursday, January 17, 2019.
NUBERISIM at Maschinenbaugipfel (10), 15./16.10.2018
NUBERISIM exhibit at startup summit in the German Federal Country Baden-Württemberg as part of the ecosystem Karlsruhe at Federal Country Fair (Landesmesse) Stuttgart.
Team NUBERISIM has been among the 6 finalists (out of 26) of the CyberChampions Award 2016, category Best Concept and was awarded the image movie on the right side. The award is an initiative of the CyberForum e.V..
Falquez, Pantle und Pritz GbR with its NUBERISIM platform was awarded 2nd in the competition Neuland Innovationspreis, category Transferprojekte. The award was in the frame of the KIT Venture Festival, June 29, 2016. Many thanks to the organizers and the jury members for their engagement! Congratulations to all other winners!
Our second demo of how to use NUBERISIM is online. It refers to the actual version of our demo platform. It gives you an overview on how to configure simulations, how to start simulations, on checking convergence graphs and downloading results.
Listen to the founders Balazs and Iris in a Podcast (in German)! Recorded and interviewed by PD Dr. Gudrun Thaeter from KIT's Institute of Applied Numerical Mathematics (IANM4) of the Modellansatz initiative!
The NUBERISIM platform is a Cloud-based high performance simulation architecture. Its main applications are Computational Fluid Dynamics (CFD) and flow-driven Acoustics simulations. It is accessed through the internet. With your account you log into NUBERISIM and get access to our CFD software. The software is configured via your browser - as easy as any conventional software you are using. You can use NUBERISIM as your main CFD simulation source or as excess infrastructure. It is up to you how often and at which time you want to use NUBERISIM, you pay by use. If you want to know more, please contact us and let us know, how we can help you to use the benefits of NUBERISIM.
The main software for CFD an aero-acoustical simulation on the NUBERISIM platform was developed through many years at the KIT (Karlsruhe Institute for Technology) and used in an academic environment. We are further developing this software and adapt it to our customers' industrial needs. We are dedicated to realize the impossible:
+ investigate reliably flow and acoustical details where experiments fail and
+ find deep understanding of the physical behaviour in our customers' devices through the use of highly resolved, parallelized simulations.
The software is basically a compressible CFD code with incompressible modules as well. The postprocessing modules for integral and fieldwise acoustics are integrated in the CFD code and provide efficient acoustical analysis. Please contact us to find out how we can help you with high performance simulation in your company.
Did you know how flow influences the environmental noise around us? Noise causes health problems and is an urgent issue now for politics and other social actors. They fight it with more and more restrictive noise limits. Industrial players take initiatives to block the noise of their products and devices. One of the main noise sources are fluid flows, e.g. in household goods such as hair dryers.
You think that time-resolved fluid dynamics simulations are an effort you cannot perform in your company? No, you only need your laptop and a browser. With our NUBERISIM platform you can start to do this kind of simulation in the Cloud - you do not need highly parallelized soft- and hardware anymore. Use the great Cloud reservoir and the ever most recent Cloud hardware and do highly parallelized simulations for fluid flow and flow-induced acoustics. Please contact us to find out how we can help you with flow and acoustical issues of your products.