Spherically expanding flame propagations have been employed to measure flame speeds
for H 2/CH 4/air mixtures over a wide range of H 2 fractions (30%, 50%, 70 and 100 …

Conventional Jet-A and six alternative jet fuels, including three Fischer–Tropsch “Synthetic
Paraffinic Kerosene”(SPK) fuels and three “Hydrotreated Renewable Jet”(HRJ) fuels, have …

The present work reports experimental results on the determination of laminar flame
velocities of hydrogen–air mixtures diluted or not by a mixture containing helium and carbon …

Shock initiation and detonation of high explosives is considered to be controlled through hot
spots, which are local regions of elevated temperature that accelerate chemical reactions …

Using a recently developed constant and high-pressure combustion chamber, an
experimental study wasconducted on several aspects of cellular instabilities of outwardly …

Experimental and numerical study on hydrogen–air flames at elevated pressures and
temperatures was conducted. Meanwhile, the calculation is extended to initial pressure and …

Carbon monoxide and hydrogen are two important components in the syngas. In this study,
the laminar flame speed of hydrogen/carbon monoxide fuel mixtures is measured over a …

The atmospheric laminar flame speeds of mixtures of air with ethylene, n-butane, toluene,
ethylene-n-butane, ethylene-toluene, and n-butane-toluene were experimentally and …

Laminar flame speeds of n-decane/air and n-dodecane/air mixtures are measured using the
counterflow twin-flame configuration at preheat temperatures ranging from 360 to 470 K and …

The instant of transition to cellularity of centrally ignited, outwardly propagating spherical
flames in a reactive environment of fuelx–oxidizer mixture, at atmospheric and elevated …