Creckmodeling https://validator.w3.org/feed/docs/rss2.html Kinetic mechanisms Team CONTACT US CRECK_2003_TOT_HT_ME Enhancement of experimental and numerical data Multi-modal flame structure Rate rule development for hydrocarbon additions C4 alkenes pyrolysis and oxidation Extension and Optimization of Reactive Flow Capabilities in the Basilisk Framework Master Thesis Master Thesis WORK WITH US PhD Thesis Exotic oxidation reactions of unsaturated rings PhD & MSc Thesis CRECK_2003_SYNGAS Reaction class based mechanisms Optimisation of jet fuel surrogates NH3 – Version 2302, February 2023 NOx/e-fuels interactions in combustion engines NOx/e-fuels interactions NOX formation from hydrogen mixtures Carbonaceous particles for electronic applications Growth of PAHs from pyrolysis Liquid phase chemical reactions E-fuels for the energy transition Thermal degradation of biomasses Chemical recycling of plastics CVI for reactors for carbon disk brakes Turquoise hydrogen production Design of a biomass pyrolytic stove Kinetic model reduction Hydrogen combustion kinetics Data Science and Chemical Kinetics CRECK_2003_TPRF_HT_LT_ALC_ETHERS CRECK_2003_TPRF_HT_ALC_NOX CRECK_2003_TPRF_HT_LT_ALC CRECK_2003_TPRF_HT_ALC CRECK_2003_TOT_HT_LT_SOOT_NOX CRECK_2003_TOT_HT_LT_ME CRECK_2003_TOT_HT_SOOT_NOX CRECK_2003_TOT_HT_LT_SOOT CRECK_2003_TOT_HT_SOOT CRECK_2003_TOT_HT_LT_NOX Post-Doctoral Fellowhips CRECK_2003_TOT_HT_NOX CRECK_2003_TOT_HT_LT CRECK_2003_TOT_HT CRECK_2003_C1_C3_HT_NOX Homepage