Boundary layer flashback of swirling turbulent lean-premixed methane–hydrogen–air flames
is investigated in a model combustor featuring a mixing tube with center body. The focus of …

Influences of the reaction zone thickening and extinctions on a heat release rate marker of
extremely turbulent hydrogen-enriched methane-air flames are investigated using …

The influences of the equivalence ratio, turbulence intensity, and different thermo-diffusive
characteristics on the flame brush characteristics, instantaneous flame front structures, and …

The physical mechanisms responsible for flame curvature evolution of a methane-air
premixed flame attached to a bluff-body burner have been investigated using a high-fidelity …

In this work, a systematic investigation was conducted on CH 4/H 2 oxyfuel turbulent
premixed flames. The effects of hydrogen addition and CO 2 concentration on turbulent …

The measurements on flame structure and burning velocities of C3H8/air, CH4/air and
CO/H2/air turbulent premixed flames were conducted. Various experimental conditions for …

A technique capable of detecting the instantaneous, time-resolved, 3D flame topography is
successfully demonstrated in a lean-premixed swirl flame undergoing flashback. A …

This paper extends a previous theoretical study (Sabelnikov and Lipatnikov, 2013) of the
influence of countergradient transport (CGT) on the speed of a statistically stationary, planar …

The effects of differential diffusion on local flamelet velocities, turbulent burning rates, and
structure of lean turbulent premixed flames in the thin reaction zone regime are investigated …

The effects of differential diffusion and stretch sensitivity on propagation and stabilization of
lean premixed hydrogen-enriched methane-air and propane-air flames are studied in a …