KINETICS OF PREMIXED LAMINAR ONE-DIMENSIONAL FREELY PROPAGATING FLAMES

This article reports new modeling results concerning the kinetics of fuel-air laminar freely propagating premixed flames. Our comprehensive kinetic reaction mechanism has been used to model burning velocities and structures of hydrogen-, methane-, ethylene-, propene-, and propane-air flames. The agreement between the data and the computed results is generally good and confirm the comprehensiveness of our C1-C3 detailed reaction mechanism. Sensitivity analyses results concerning fuel-air burning velocities are presented.