This text reviews the state of the art of the Discontinuous Galerkin (DG) method applied to
the solution of the Maxwell's equations in Time Domain (TD). The work is divided into two …

The increased use of carbon-fiber composites in unmanned aerial vehicles is a challenge
for their EMC assessment by numerical solvers. For accurate and reliable simulations …

In this paper, we show the application of numerical simulation for the virtual testing of a very
complex system under high-intensity radiated fields (HIRF) conditions. Numerical results …

We present an EFIE fast solver that is stable down to very low frequencies, for very dense
meshes and multi-scale problems. The proposed approach uses a split-potentials …

As part of the technology research engaged in the EU Clean Sky 1 project, we present in this
paper an electrical structure network (ESN) designed to prevent the impact on an electronic …

In this paper, we demonstrate the computational affordability and accuracy of a leap-frog
discontinuous Galerkin (LFDG) time-domain method for high intensity radiated fields …

This dissertation presents a collection of academic works published or submitted for
publication in scientific journals. It is composed of 14 chapters, each corresponding to an …

The rise of fly-by-wire systems together with the utilization of new composite materials make
it more and more difficult to assess and guarantee aircraft electromagnetic compatibility …

All aircraft systems must be designed to ensure electromagnetic compatibility (EMC) with the
electromagnetic environment (EME) in which they are intended to operate. This environment …

In this work, we show some characteristics than enable the efficient and accurate estimation
of High-Intensity Radiated Fields transfer functions in complex environments by a leap-frog …