Scientific Contributions
in preparation
Review and Implementation of Streamline Diffusion Methods on Anisotropic Meshes, Application to Aerothermal Simulations with C. Prud'homme
in preparation
Implementation of RANS models in Feel++ library. with C. Prud'homme, Y. Hoarau, V. Chabannes
in preparation
Simultaneous EIM and RB Construction for Non-linear Operators, Application to Aerothermal Problems with C. Prud'homme, V. Chabannes
2018
ECMI, Budapest, Hungary
Ocular Mathematical Virtual Simulator in the cloud with Feel++ and MSO4SC
2018
MoRePaS, Nantes, Frances
High Reynolds Aerothermal Simulations and Reduced Basis
2017
Feel++ Users Days, Strasbourg, Frances
Aerothermal Simulation and Model Order Reduction, Using the Open-Source Framework Feel++
2017
ANR CHORUS Workshop, Paris, Frances
Model Order Reduction for Multi-physic Problems, Using the Open-Source Framework Feel++
2016
A3F, Strasbourg, Frances
Aerothermal Simulation and Model Order Reduction, using the Open-Source Framework Feel++
2015
SimRace, Paris, Frances
Solving Strategy for Large Scale Aerothermal Simulation using the Open-Source Framework Feel++
2015
Feel++ Users Days, Strasbourg, Frances
Aerothermal Simulations : Towards Reduced Basis Applications
2014
Research Group on Model Order Reduction, Porquerolles, Frances
Numerical analysis, Numerical method for partial differential equations, Model order reduction, Computational fluid dynamic, Mathematical model applied to medicine, Finite element method, HPC computing
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