Experimental and Numerical Fluid Dynamics

Urogenital conditions such as urinary stones and renal insufficiency account for a high rate of emergency admissions and a significant risk of recurrenceThe work characterises bladder outflow under a range of boundary conditions on an in vitro flow simulator, then trains a data-driven flow transformation able to generalise those measurements to complex, patient-specific bladder geometries.

Those models are assembled into a digital twin of an affected bladder, validated against ultrasound and PIV data. Urinary stones serve as the proof of concept for a non-invasive diagnostic tool aimed at both clinical practice and medical device design.

Development of a fully parameterized CFD model, integrating precise vehicle dynamics towards positioning of the vehicle, to study the imact of cornering of full-scale vehicle aerodynamics, applied to a FSAE prototype.

The developped model was cross-validated with means such as on-track testing, wind tunnel correlation, and litterature referencing.