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:

  1. Develop EM field models up to 18 GHz for use in diverse environments like aircraft fuselages, cars and satellites.
  2. Examination of the coupling effects between electromagnetic fields and cables within complex enclosures.
  3. Contribute to an improvement of the electromagnetic-shielding assessment of cable systems in complex cavities.

Expected Results:

  1. Enhanced electromagnetic field models within single or coupled cavities, particularly those with low Q-factors.
  2. Prediction and assessment of cable-system performance in complex enclosures, contributing to guidelines for reliable operation.

Planned secondment(s):

  1. Academic secondment: TU/e, Anne Roc’h, M17-M19, 2M, Investigation of coupled cavity systems within a reverberation chamber.
  2. 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)

 

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