Welcome to MAGE research group at the G2ELab (Univ. Grenoble Alpes, Grenoble INP, CNRS). We develop various themes of research focusing mainly in
- Extending the computing capabilities by focusing on methods of computational electromagnetisc in continuous media, on models of materials for electrical engineering and on multi-physics and multi-methods coupling
- Helping the expertise and the design of devices addressing the themes of innovation, sizing and capitalization and management of knowledge.
The group works on many applications like micro-systems, electrical machines, power electronics devices, electromagnetic actuators, machine-converter-control associations, energy-oriented building simulation, electrical networks. We are linked with groups featuring other skills: computer science, mathematics, industrial engineering and social sciences.
These researches lead to the development of numerous software tools like FLUX, CADES, MIPSE, GOT, OmegAlpes, Reluctool.
Collaborations
National collaborations
LEPMI, G-SCOP, LOCIE, LIG, GIPSA-lab, LNCMI, GAEL, PACTE, Ampère, Laplace, Geeps, L2E, IFSTTAR, ARMINES, LaSIE, I2M, CETHIL,…
Industrial Partners
ALTAIR, PSA, Somfy, Schneider Electric, Microspire, ABB, CEA, Renault, DGA, EDF, Hager, Valéo, Naval Group, Zodiac, Airbus, Safran, Delta-dore, Leroy Somer
International collaborations
The group is strongly involved in the LIA "Maxwell 2" (Associated International Lab) with Brasilian Universities (USP, UFMG, UFSC) and Ampère Lab in Lyon.
We also collaborate with Politecnico di Torino, Politecnico di Milano, Politecnico di Padova (Italy), KU-Leuven, Université de Liège, Université Libre de Bruxelle (Belgium), TU-Delft (The netherlands), University of Aberdeen (Scotland), Laurence Berkeley National LAboratory (US), Ecole Polytechnique de Montréal (Canada)
Ongoing projects
- DIMOCODE (PIE-Energie)
- Identify (H2020)
- Discrelec (DGA)
- Locali (ANR)
- Eco-SESA (CDP Idex Univ. Grenoble Alpes)
- EXPESIGNO – Expérimentation de la réactivité des ménages aux signaux des opérateurs des systèmes énergétiques
- Software component standard for building energy models
and many collaborations with Altair dealing with Flux software
Contact
Our Team
Our Publications
Key words
- Computational electromagnetics
- multi-physics modeling
- multi-level modeling
- system modeling
- multi-energy modeling
- material models
- numerical simulation
- design by optimization
- optimization methods
- optimal energy management
- inverse problems
- modeling languages
- interoperability
- knowledge capitalization
- human actor interaction