Martijn van Beurden
I am fascinated by electromagnetic detection methods and algorithms that help us see and detect in circumstances where the eye is blind or unfit for observation.
Martijn van Beurden is Associate Professor of 'Design and Detection of Complex Structures with Electromagnetic Interaction' with the research group Electromagnetics at the TU/e department of Electrical Engineering. Design and detection methods are so-called inverse problems. In design, we try to manipulate the electromagnetic field to exhibit a behavior that suits a particular functionality. In detection, the electromagnetic field is observed and from these observations the underlying materials and geometries of materials are reconstructed. Martijn van Beurden’s research interests are fast modeling techniques, integral equations, functional analysis with respect to electromagnetic field problems, inverse scattering, nonlinear optimization. His current projects involve, amongst others, forward and inverse scattering for periodic structures and finitely repetitive structures in layered media; modeling of electromagnetic fields in configurations with a stochastic or uncertain nature; and the design and optimization of antennas.
Martijn van Beurden studied Electrical Engineering at Eindhoven University of Technology (TU/e, the Netherlands) where he obtained his MSc in 1997 (cum laude). For his MSc thesis he was awarded the C.I.V.I. prize for Electrical Engineering. He then started his PhD research at TU/e under the supervision of professors Anton Tijhuis and Peter Zwamborn. In 2000, he conducted research on the optimization of wire antennas at the Mathematics Department of the University of Dundee (Scotland, UK) with professors Paul Smith and Roger Fletcher. In September 2000, he was appointed Assistant Professor at TU/e. In 2003, he received his PhD degree (cum laude) and in 2004, he received the ASML prize for the best PhD thesis in applied research at TU/e. Since 2012, Martijn van Beurden is an Associate Professor in the Electromagnetics group of the TU/e department of Electrical Engineering.
Methods and apparatus for calculating electromagnetic scattering properties of a structure and for reconstruction of approximate structures(2018)
A 3D spatial spectral integral equation method for electromagnetic scattering from finite objects in a layered mediumOptical and Quantum Electronics (2018)
A Hermite-interpolation discretization and a uniform path deformation for the spatial spectral domain integral equation method in multilayered media for TE polarizationProgress In Electromagnetics Research PIER B (2018)
Fast operations for a Gabor-frame-based integral equation with equidistant samplingIEEE Antennas and Wireless Propagation Letters (2018)
A domain integral equation approach for simulating two dimensional transverse electric scattering in a layered medium with a Gabor frame discretization.Journal of Computational Physics (2017)
- Applied physical sciences formal
- Numerical methods for electrical engineers
- Electromagnetic engineering
- Advanced electromagnetics and moments methods
No ancillary activities