We have developped a finite-element based code to numerically solve the free-surface Navier-Stokes equation. An initial condition leading to the formation of a plunging breaker is investigated. Particular emphasis is put on the high Reynolds number limit and the regularising effects of viscosity.
Published articles and preprints
Prepared at the ENS, defended in 2025
Slides and posters
Available soon
I am a post-doctoral student in Applied Mathematics, currently based at the DAMTP in Cambridge, where I have been awarded a David Crighton Fellowship. Before that, I was a Ph.D. at École Normale Supérieure - PSL in Paris for 3 years. My research focuses on the mathematical theory of (possibly breaking) water waves, boundary layers and numerical analysis.