Simulations numériques de fluides sur GPU
Dam Break with obstacle,
Aude Bernard-Champmartin, Florian De Vuyst, 2013.
Numerical simulation of the horizontal sloshing of a tank filled at 85%, Florian De Vuyst, 2013. Plus rapide.
Air-liquid violent flow numerical simulation, Florian De Vuyst, 2014. Air-liquid violent flow numerical simulation II
2D advection Rider-Kothe test case with reverse velocity,
Florian De Vuyst, 2015.
Numerical simulation of tsunami,
Florian De Vuyst, 2015.
Numerical solution of shallow water equations. Robust design of a Saint-Venant solver to support wet-dry transition conditions (CNRS 'Defi Littoral' Grant 2015-2016), Florian De Vuyst :
Numerical simulation of the shallow water equations (Saint-Venant) : Two-dimensional numerical simulation of the shallow water equations (Saint-Venant system) with moving dry-wet transition zones, Florian De Vuyst, 2016.
Saint-Venant shallow water equations with dry-wet moving boundaries, Florian De Vuyst, 2016.
Yet another Saint-Venant equation simulation : Well-balanced scheme with accurate capture of dry-wet transitions and almost dry regions (dry asymptotic behaviour). This numerical method is dedicated for being used in the framework of tsunami debris transport and debrid deposition dynamics (Defi Littoral CNRS Grant), Florian De Vuyst, 2016.
Simulation of tsunami and coastal flooding,
Florian De Vuyst, 2016.
Fluid-Fluid-Void 3-phase Smoothed Particle Hydrodynamics (SPH),
Florian De Vuyst, 2017.
