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CORIA is a Joint Research Unit (UMR) attached to the Institute of Engineering and Systems (INSIS) of the CNRS, the University of Rouen and the Institute of Applied Sciences (INSA) of Rouen. It is located on the Madrillet Technopole, near Rouen, in Normandie.

The CORIA research fields cover fundamental and applied studies dedicated to reactive or non-reactive flows: multiphase flows, turbulent mixing phenomena, combustion, plasmas, etc. Physical mechanisms and processes leading to the reduction of pollutant production in reactive systems are also included within the main research activities.














Drops Hot wire anemometry Diagnostics lasers Fluid dynamics Computational fluid dynamics Entrée atmosphérique Atomization Fluid mechanics Turbulence Aggregates Droplets Simulation numérique Large Eddy Simulation Direct Numerical Simulation Two-phase flows Turbulent combustion Multiphase flows Flame structure RDG-FA Chaos Atomisation Chimie tabulée Phosphor thermometry Flamme turbulente Flameless combustion Diffusion de la lumière Goutte pendante CLSVOF Direct numerical simulation DNS Flame stability Tabulated chemistry Autoignition Combustion instability Multiphase flow Acoustics Simulation Cavitation Chemiluminescence CFD Hydrogen Caustics Spray LES Oxygen enrichment Unstructured grids Turbulent flame Flame filtering Flame-wall interaction Large-eddy simulation Chemistry reduction Large-Eddy Simulation Holography Nanoparticles Interferometric out-of-focus imaging Large Eddy Simulation LES Chimiluminescence Large eddy simulation Aerosol Laser induced fluorescence Light scattering COMBUSTION OH-PLIF Combustion turbulente Drop size distribution Turbulent combustion modeling Genetic algorithm Ignition CO2 capture Absorption Optical diagnostics Refractive index Interferometric particle imaging Mixing Interface Experiment Numerical simulation Combustion Optique géométrique Jets Temperature Soot Simulation aux grandes échelles Laser diagnostic High-order methods Laminar burning velocity Laser diagnostics Annular jet Evaporation Image processing Combustion instabilities Dispersion Two-phase flow Simulation numérique directe Digital holography Deconvolution Direct numerica Adaptive Mesh Refinement Detonation PIV