Projects
Similarity in Difference: Bridging Universalism and Particularism in Architectural Design through Resonance KU Leuven
The demand for an inclusive society responding to diverse needs and ways of being poses a major challenge for designers. Approaches such as Universal Design (UD), Inclusive Design (ID), or Design for All (DfA) intend to respond to this challenge. However, their uptake has been limited in architectural practice. UD/ID/DfA are often critiqued for being prescriptive, disregarding individual differences and particularities, or lacking adequate ...
Spaceflight induced neuroplasticity studied with advanced magnetic resonance imaging methods (BRAIN-DTI). University of Antwerp
Similarity in Difference: Bridging Universalism and Particularism in Design through Resonance KU Leuven
Rapid and low-cost 3D printing of subject-specific coils for improved magnetic resonance imaging KU Leuven
Development of algorithms to predict outcome after mild traumatic brain injury using magnetic resonance imaging. University of Antwerp
Intra-scan modulation for accelerated diffusion magnetic resonance imaging. University of Antwerp
Preclinical and multiparametric cardiac magnetic resonance imaging for the anatomical, functional and molecular assessment of cardiac remodeling KU Leuven
The PhD project will focus on the development and testing of new cardiac magnetic resonance imaging (cMRI) methods in rodents. We propose a complex MRI protocol enabling the full characterization of the heart function under physiological and patho-physiological conditions in rodents. Cardiac MRI has the versatility to quantify the global cardiac function (EDV, ESV, EF, cardiac output, myocardial thickening), local function such as ...
In-gas-jet resonance ionization spectroscopy of actinides KU Leuven
Characterize and optimize the De Laval nozzles for supersonic gas jet formation; investigate and characterize efficient, selective and sensitive atomic ionization schemes of actinides in gaseous environments; perform the first high-resolution on-line laser spectroscopy measurements at GANIL-S3.
Exploiting ultrasound resonance to intensify photochemical reactors KU Leuven
Small-scale flow reactors for photochemistry support the shift in
chemical manufacture towards green and sustainable processes
based on renewable energy sources. However, the industrial
application of these small-scale flow reactors is significantly limited
by their currently achieved throughput and productivity. This project
aims to overcome these productivity limitations by exploiting the
...