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  • Training School on Modeling Combustion Kinetics
    The CRECK Modeling Group guested the Training School on Modeling Combustion Kinetics (July 8th-13th 2013).
  • Laminar flame speeds
    Laminar flame speeds for a large range of fuels were analyzed using a detailed kinetic scheme and the results were published in Progress in Energy and Combustion and Science.
  • CFD Modeling of combustors for aero-engines
    CFD Modeling of combustors for aero-engines
    The emissions of pollutant species (CO, NOx, unburned hydrocarbons, etc.) from combustors used for aero-engines are estimated through a post-processing technique based on very detailed kinetic mechanisms.
  • Unsteady, laminar coflow flames
    A CFD code (based on the OpenFOAM framework) for the numerical modeling of laminar flames with detailed kinetics is available at CRECK Group.
  • Solid fuels gasification and combustion
    Solid fuels gasification and combustion
    Solid fuels (coal, plastics and biomasses) pyrolysis, gasification and combustion are numerically modeled by predictive, multi-step kinetic models.
  • LES modeling of fires in road tunnels
    LES modeling of fires in road tunnels
    The dynamics of real-scale fire in road tunnel was experimentally and numerically studied in order to improve the safety.
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