Projects
Elastic Metamaterial-aided impulse aerodynamic Force measurement techniques KU Leuven
Wind tunnels play an important role in the early era of developing high-speed aircrafts. And reproducing high-speed flight conditions above Mach 8 on the ground is usually restricted to impulse wind tunnels, whose test time lasts only several milliseconds. However conventional force measurement techniques requires a longer time. Aerodynamic force measurement in such a short time is a great challenge, since measuring aerodynamic forces is ...
Innovative measurement techniques for 6G radios KU Leuven
Description from initial imec PhD advert: The deployment of mmWave 5G and 6G radio systems pushes the requirements on device performance further than ever: achieving very high- power efficiency at mmWave frequencies becomes critical. Therefore, new III-V and III-N technologies are currently being developed at imec. The strong value is that these emerging technologies are compatible with large scale Si manufacturing, which is an important ...
Near-field measurement techniques for the efficient solving EMC emission Problem Ghent University
This project aims to develop, implement, test and demonstrate an industrially useful workflow based on various near-field measurement techniques to find the root cause of EMC emissions problem efficiently and cost-effectively solve. It will also examine and indicate how near-field techniques can be used to test prototypes early in the design process or (sub) modules and characterize to avoid later problems of EMC, signal and power ...
Optimization of measurement conditions of combined micro analytical techniques, in particular EPMA and MRS, for the research regarding the preventive conservation methods for cultural heritage. University of Antwerp
Optimization of measurement conditions of combined micro analytical techniques, in particular EPMA and MRS, for the research regarding the preventive conservation methods for cultural heritage. University of Antwerp
Advanced Measurement techniques for data-driven Additive Manufacturing (AM2). University of Antwerp
Sabbatical Dominique Schreurs: Deepening into emerging areas of research for nonlinear microwave/mmWave measurement techniques KU Leuven
The main aim of the sabbatical is to have the opportunity to focus myself on basic research as opposed to being able only to supervise the research by my post‐docs, PhD and MSc students, as it has been the case since more than a decade. The intended research will be centered around nonlinear microwave/mmWave measurements, which is my core expertise. The research stay will be conducted at National Institute of Standards and Technology (NIST) ...