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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.

 

 

 

 

 

 

 

 

 

 

 

 

Keywords

Heat transfer Temperature Flame filtering CO2 Spray jet flame Holography Turbulent combustion Large-Eddy simulation Aérosols CLSVOF Coherent structures Digital holography Jets LES Direct numerical simulation Direct numerica Flamme turbulente Evaporation Suies Simulation numérique directe Cavitation Chemistry tabulation Diffusion de la lumière Combustion Mécanique des fluides Curvature APG boundary layer Allumage Flow control Chimie détaillée Atomization Droplets Tabulated chemistry Annular jet Fluid mechanics Combustion instability DNS Aerosol Combustion turbulente Autoignition Computational fluid dynamics Reduced chemistry Image processing Genetic algorithm Oxygen enrichment Supersonic combustion Large-eddy simulation Numerical simulations PIV Chimiluminescence Atomisation Interferometric out-of-focus imaging Fluid dynamics CFD Vortex generators Chemistry reduction Multi-scale analysis PIV particle image velocimetry Simulation aux grandes échelles Light scattering Hot wire anemometry Écoulements diphasiques Anémométrie Doppler Laser ADL Absorption Soot Large eddy simulation Chaos Simulation Aerosols Multiphase flows Drop size distribution Chimie tabulée Two-phase flow Turbulence Large Eddy Simulation Chemiluminescence Simulation numérique Acoustics Multiphase flow Ignition Optical diagnostics Refractive index Velocity Spray Hydrogen Large-Eddy Simulation Mixing Drops COMBUSTION CO2 capture Numerical simulation Optique géométrique Flame structure Wind tunnel Deconvolution Laminar burning velocity Experiment CLSMOF Alkali metal Turbulent flame

 

 

 

 

 

 

 

Collaborations

 

 

 

 

 

Types

Fields