List of Innovations by CoEs spotted by Innovation Radar
A list of innovations by the HPC Centres of Excellence, as spotted by the EU innovation radar
Video Of The Week: EXCELLERAT Use Case Simulations
Watch some selected simulations of EXCELLERAT’s use cases
Watch The Presentations Of The First CoE Joint Technical Workshop
Re-watch the videos of all the presentations held at the first CoE joint technical workshop. The event was organized by the CoEs ChEESE, EXCELLERAT and HiDALGO.
EXCELLERAT: Increasing accuracy in the automotive field simulations
The aim of this use case is to use a posteriori error estimation to drive both mesh adaption and CAD morphing in an iterative process to produce an optimal design for a given output of interest.
EXCELLERAT: Enabling parallel mesh adaptation with Treeadapt
Researchers developed a new application / library called Treeadapt for massively parallel mesh adaptation.
EXCELLERAT blog post: Screening the coding style of Large Fortran HPC Codes
Want to learn more about how to scan large Fortran legacy HPC codes for an improvement of coding style? Read the latest EXCELLERAT blog post about Flinter, a tool developed by EXCELLERAT for maintaining their core codes on the way to the Exascale level.
Smart platform for predicting COVID-19 healthcare system demands
EXCELLERAT has developed an intelligent data transfer platform that helps researchers predict the demand for intensive care units during the coronavirus pandemic.
EXCELLERAT Newsletter #4 published
Read the latest issue of the EXCELLERAT CoE newsletter. It features a success story on improved simulations in the automotive field and a report on the digital CAE conference.
How EU projects work on supercomputing applications to help contain the corona virus pandemic
This article gives an overview over the various ways in which EU projects are using supercomputing applications to tackle and support the global challenge of containing the corona virus pandemic.
EXCELLERAT: Full Airplane Simulations On Heterogeneous Architectures
In this use case, Excellerat focused on maximising the parallel performance of the mesh partition process to minimise the load balancing overhead.