Bienvenue sur la page professionnelle de

Florian De Vuyst

Professeur des Universités, 1ère classe

Directeur du Laboratoire LMAC EA 2222

CNU Section 26, Mathématiques Appliquées

 

Université de Technologie de Compiègne (UTC)

Membre du Laboratoire de Mathématiques Appliquées de Compiègne (LMAC)

Enseignant au Département de Génie Informatique (GI) à l'UTC

 

Email : florian_dot_de-vuyst_arobase_utc_dot_fr

Tél. : 03 44 23 43 61

 

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Particle methods (here Smoothed Particle Hydrodynamics SPH, Thomas Douillet-Grellier , PhD Thesis between TOTAL, Polytechnique Montréal, CNAM Paris and CMLA
Particle methods (here Smoothed Particle Hydrodynamics SPH, Thomas Douillet-Grellier , PhD Thesis between TOTAL, Polytechnique Montréal, CNAM Paris and CMLA
NEW : GPU-accelerated violent flow, air-water simulation, CUDA code (Marie Béchereau PhD candidate, Lila Diamantopoulou MSc candidate)
NEW : GPU-accelerated violent flow, air-water simulation, CUDA code (Marie Béchereau PhD candidate, Lila Diamantopoulou MSc candidate)
Yet another wave break case.
Yet another wave break case.
NEW : Rayleigh-Taylor instabilities obtained with the Mini-app SHY for HPC (Thibault Gasc's PhD candidate)
NEW : Rayleigh-Taylor instabilities obtained with the Mini-app SHY for HPC (Thibault Gasc's PhD candidate)
Instas d'enfer !
Instas d'enfer !
Parameter analysis of supersonic flows -- GPU computing
Parameter analysis of supersonic flows -- GPU computing
The well-known Rider-Kothe advection test :))
The well-known Rider-Kothe advection test :))
The well-know "triple point" multimaterial test case. Diffuse interface capturing strategy.
The well-know "triple point" multimaterial test case. Diffuse interface capturing strategy.
Tsunami, waves
Tsunami, waves
Labyrinth solutions of the Gray-Scott equations
Labyrinth solutions of the Gray-Scott equations
Schémas Lagrange-Flux pour l'hydrodynamique compressible
Séminaire SISMA, Teratec, Bruyères-le-Châtel, 23 mars 2017
LagrangeFlux_PresentationGenerale_23mars
Document Adobe Acrobat 3.7 MB