AdMoRe
The project “Empowered decision-making in simulation-based engineering: Advanced Model Reduction for real-time, inverse and optimization in industrial problems”, or AdMoRe, is a Marie Sklodowska-Curie Innovative Training Network (European Training Network funded by the European Union Horizon 2020 research and innovation program). The consortium consists of three academic institutions: Universitat Politècnica de Catalunya, Swansea University and École Centrale de Nantes, and four industrial partners: Volkswagen AG, Siemens Magner Technology, Airbus and ESI Group, all world leaders in their fields.
The project is an industry-driven program which aims to maintain the worldwide leadership of the four European industrial partners involved. The problems studied within the consortium involve multi-disciplinary modelling (i.e. solids, fluids, structures, electromagnetics, heat, acoustics) and require managing inter-disciplinary connections (i.e. fluid-structure interaction, electro-magneto-mechanics, thermo-mechanics, aerodynamic noise) bridging the gaps among different formulations. Classical approaches fail in addressing these challenges for real-time and multiple-queries within a high-fidelity and accurate perspective. In this context, the High-Performance Computing Institute (ICI) at Centrale Nantes provides its expertise to deal with complex simulations and uses its know-how to develop and implement reduced order model algorithms. Such methods are being used to account for the multidimensionality in fast and multiple-queries without suffering a dramatic increase in computational complexity, enabling the acceleration of numerical resolution.
The industrial problems tackled by the AdMoRe consortium include:
See below the project presentation of one of the PhD students involved in AdMoRe:
The project is an industry-driven program which aims to maintain the worldwide leadership of the four European industrial partners involved. The problems studied within the consortium involve multi-disciplinary modelling (i.e. solids, fluids, structures, electromagnetics, heat, acoustics) and require managing inter-disciplinary connections (i.e. fluid-structure interaction, electro-magneto-mechanics, thermo-mechanics, aerodynamic noise) bridging the gaps among different formulations. Classical approaches fail in addressing these challenges for real-time and multiple-queries within a high-fidelity and accurate perspective. In this context, the High-Performance Computing Institute (ICI) at Centrale Nantes provides its expertise to deal with complex simulations and uses its know-how to develop and implement reduced order model algorithms. Such methods are being used to account for the multidimensionality in fast and multiple-queries without suffering a dramatic increase in computational complexity, enabling the acceleration of numerical resolution.
The industrial problems tackled by the AdMoRe consortium include:
- Interactive design and optimization of vehicles and aircrafts with high-fidelity computational tools able to capture complex flow features,
- Fast analysis instruments and high-fidelity benchmarking tools to validate acquisition by means of Magnetic Resonance Imaging scanners,
- Real-time monitoring and controlling of the manufacturing of structural parts in aerospace and automobile industries,
- Incorporation of the latest scientific and technical developments into commercial codes.
See below the project presentation of one of the PhD students involved in AdMoRe:
Key figures
- 4 world leading industrial companies
- 3 research institutes
- 1 European project
- 8 Early Stage Researchers (ESR)
- Budget of €2M