DC10: Electromagnetic field characterization, coupling analysis, and signal integrity prediction in complex cavity environments for enhanced EMI assessment
Project: Electromagnetic field characterization, coupling analysis, and signal integrity prediction in complex cavity environments for enhanced EMI assessment (WP3)
Host institution: UNILIM (France)
Supervisor: Guillaume Andrieu (UNILIM, France)
Co-supervisor(s): Alain Reineix (UNILIM, France), Anne Roc’h (TU/e, Netherlands), Frédéric Lescoat (Airbus FR, France)
Objectives:
- Develop EM field models up to 18 GHz for use in diverse environments like aircraft fuselages, cars and satellites.
- Examination of the coupling effects between electromagnetic fields and cables within complex enclosures.
- Contribute to an improvement of the electromagnetic-shielding assessment of cable systems in complex cavities.
Expected Results:
- Enhanced electromagnetic field models within single or coupled cavities, particularly those with low Q-factors.
- Prediction and assessment of cable-system performance in complex enclosures, contributing to guidelines for reliable operation.
Planned secondment(s):
- Academic secondment: TU/e, Anne Roc’h, M17-M19, 2M, Investigation of coupled cavity systems within a reverberation chamber.
- Industrial secondment: Airbus, Frédéric Lescoat, M30-M32, 2M, Performing an experimental campaign on a realistic coupled cavity space system
Enrolment in Doctoral degree: UNILIM (France)