CoEC, with the support of CoE RAISE, organised the Interactive HPC with JupyterLab workshop which took place on 26-27 May 2021. The course, which included a hands-on session for all 63 participants, was open to other CoEs and selected institutions. It covered the following topics: Introduction to JupyterLab, Customizing JupyterLab, JupyterLab on HPC resources and Jupyter-JSC under the hood.

The simulation of turbulent combustion is an extremely demanding computational problem. The complexity lies mainly in the nature of the combustion process itself, which is a multi-physics and multi-scale process with a high interaction of complex physical phenomena such as high-pressure fuel injection, atomization, vaporisation, fuel/air mixing, chemical reactions, turbulence/chemistry interaction, and pollutant formation.

CoEC partner and Institute for Combustion Technology, RWTH director Heinz Pitsch has received the inaugural André Jaumotte Chair of the Royal Belgian Academy of Sciences…

CoEC researchers from the Barcelona Supercomputing Center presented their posters at the 10th European Combustion Meeting.

To achieve net-zero greenhouse gas (GHG) emissions by 2050 it is necessary to introduce the use of sustainable fuels, such as biofuels, hydrogen, or Power-to-X (P2X) based on “e-fuels” in everyday life.

CoEC is proud to announce that two of its partners have been selected as Fellows of the Combustion Institute (Class of Fellows 2021) due to their outstanding contributions to combustion, whether it be in research or in applications.