Target group

The project results will address researchers in diverse disciplines who work with complex simulations, from those in academia to those in industry. Another focus is set on supercomputing stakeholders.

The ExaHyPE researchers will prepare the new algorithms based on two application scenarios taken from geophysics (earthquakes) and astrophysics (gamma ray explosions). In spite of the two precisely defined areas of application, the researchers want to keep the new algorithms as general as possible so that they may also be used in other disciplines after making corresponding adaptations. Examples could include the simulation of climate and weather phenomena, the complex flow and combustion processes in engineering sciences, or even the forecasting of natural catastrophes like tsunamis or floods.

The objective is to ensure that medium-size, interdisciplinary research teams are able to adapt the simulation software for their specific purposes within a year of its release. To guarantee a rapid dissemination of the new technology, the consortium will release it as open source software.

Seite drucken top

NEWS

Our office will be closed from December 27, 2017 to January 5, 2018. From December 27 to 29, and from January 2 to 5, you can contact us via email () or phone (+49 89 9901888-0) from 9am to 1pm.

We wish you a Merry Christmas and a Happy New Year!


Work Programme and first Calls for Proposals 2018-2020 for Horizon 2020 published


The voice of Universities of Applied Sciences for FP9

UAS4EUROPE published position paper on the upcoming 9th Framework Programme for Research and Innovation (FP9).


First license agreement on sunliquid® cellulosic ethanol technology announced

Clariant and Enviral sign license agreement.