COMPAS
Compact modelling of high-tech systems for health management and optimization along the supply chain
Project description
High-tech systems integrate numerous highly complex components. Simulations are necessary at various stages of their design
process to ensure mechanical robustness and reliability. COMPAS aims to develop novel, compact models and ultra-compact
digital twins. The compact models capture nonlinear, transient and coupled (i.e. multiphysics) situations. The digital twins can
self-sufficiently cast decisions (ultimately in real time) for prognostic health management. COMPAS will develop them using the example of the thermo-mechanical reliability of hightech systems, such as motor control units for automated factories, smart infrastructures (streetlights, power grids) or autonomous vehicles.
Belgium
Katholieke Universiteit Leuven
Belgium
Siemens Industry Software NV
Belgium
Germany
eesy-innovation GmbH
Germany
Fraunhofer ENAS
Germany
MicroConsult Engineering GmbH
Germany
Siemens AG
Germany
The Netherlands
Atlas Technologies B.V.
The Netherlands
Delft University of Technology
The Netherlands
Eindhoven University of Technology
The Netherlands
MSC Software Benelux
The Netherlands
NXP Semiconductors
The Netherlands
Reden BV
The Netherlands
Project publications
- COMPAS Project results leaflet Project Leaflet 05 August 2024 Download
- COMPAS Project profile leaflet Project Leaflet 21 July 2021 Download
- ITEA PO Days 2024 - Project poster COMPAS Project poster 11 September 2024
- ITEA PO Days 2023 - Project poster COMPAS Project poster 14 September 2023
Work package documents
- D2.6 Main achievement of WP2.pdf Work package document 30 November 2023
- D6.2_exchange_format_definition_final_2023-11-24.pdf Work package document 24 November 2023
- D6.3_best_practice_final_2023_11_24.pdf Work package document 24 November 2023