Models, Methods and Methodologies Applied to Electrical Engineering (MAGE)

Computational Electromagnetics
 

Development of high performance numerical models to simulate the behavior of electromagnetic components

Finite element and integral formulations, material models, homogenization methods, coupling methods, multi-physics couplings, high performance computing,

Multi-physics and multi-actors complex electrical systems

Development of methodologies the from design to the use of energy systems by integrating the human actor

Modeling and optimization of systems, design methods, interoperability issues (models, codes, data, services, actors), application to mechatronic systems, buildings and districts.

Equivalent electromagnetic sources identification

Study of low magnetic fields for the characterization of sources with challenges of reduction, control or exploitation of signatures

Low magnetic field metrology, leakage field models, inverse problem solving, naval and civil Applications