News
Press release: EXCELLERAT to Showcase Cutting-Edge Technologies at Automotive Testing Expo 2024
Stuttgart, Germany –
The EXCELLERAT P2 project is pleased to announce its participation in the
Automotive Testing Expo 2024, the world’s leading international expo for
automotive testing, development, and validation technologies. The event will
take place from June 4-6, 2024, at Messe Stuttgart, Germany.
EXCELLERAT at the Automotive Testing & ADAS Expo 2025
For the second consecutive year, researchers from the EXCELLERAT consortium took part in the Automotive Testing & ADAS Expo — a leading trade fair focused on advanced testing technologies for the automotive sector, including simulation, modelling, data management, data analytics, and AI tools supporting ADAS and autonomous vehicles.
EXCELLERAT CoE and Service Portal highlighted at the ASHPC25 Conference
From May 19–22, the ASHPC25 Conference took place in Rimske Terme, Slovenia. ASHPC25 is one of the largest Austrian-Slovenian events dedicated to R&D in the HPC field, bringing together researchers, innovators, and industry professionals from across Europe. The EXCELLERAT project was featured in the pitch session, while the EXCELLERAT Service Portal and the services offered by the Centre of Excellence (CoE) were showcased during the poster session.
SCALES – A data management platform for easy-to-use high-performance computing for industry
The use of high-performance computing (HPC) resources for engineering applications within industry holds tremendous potential. HPC helps to increase the speed of product development cycles through realistic simulations of complex relationships for validation purposes. HPC centres offer optimal conditions for this, as hardware and software are optimised for highly detailed simulations based on the latest state of the art.
Explore our flyers, deliverables, and more
Automated workflow for the Hi-fidelity simulation of propulsion devices: application to after burners
The decarbonation and depollution efforts of Safran Group are pushing the innovation of new burner technologies forward. However, the volume of after-burner flames and the unpredictability of newer fuels such as hydrogen flames are challenging the meshing practices born of more classical, no longer computationally affordable configurations.
Learn more about how this challenge could be solved in our success story.
Advanced scalable workflow of ray tracing kernel for radiative heat loads assessment
In the engineering design and digital twin of the first wall of a tokamak fusion reactor, one of the challenges is to address the physical phenomena with sufficient complexity to arrive at a digital solution that is comparable to an actual experiment. This complexity comes at the cost of time and memory heavy computation. It is thus important to optimise the CPU/GPU solver for the codes being used and to demonstrate their capability to run them at exa-scale level. EXCELLERAT provides access to HPC infrastructure and expertise to achieve this goal.
