Accurate measurement and prediction of laminar burning velocity is important for
characterization of premixed combustion properties of a fuel, development and validation of …

The laminar flame speed is an important input in turbulent premixed combustion modelling
of spark ignition engines. At engine-relevant temperatures and pressures, its measurement …

The present work reports experimental investigations on laminar burning velocity variation of
CH 4+ H 2+ air mixtures at elevated temperatures (300–650 K) using an externally heated …

The measured and computed laminar burning velocities of methane–air mixtures at higher
mixture temperatures are reported in this paper. The experiments and computations were …

Dynamic composition changes in the syngas is a challenge for its combustion at elevated
temperatures and pressures without accurate knowledge of flame properties. The present …

In this paper, the measurement of laminar burning velocities for liquid fuel (methanol)–air
mixtures is reported at higher mixture temperatures using externally heated meso-scale …

This paper reports the measurement of laminar burning velocities of DME (dimethyl ether)-
air mixtures at higher mixture temperatures using planar flames stabilized in a controlled …

The present work focuses on new measurement of laminar burning velocities of ethanol-air
mixtures at 1 atm pressure and elevated mixture temperatures using an externally heated …

The laminar burning velocities of H 2–air mixtures diluted with N 2 or CO 2 gas at high
temperatures were obtained from planar flames observed in externally heated diverging …

The present experimental study reports the effect of CO 2/N 2 dilution on laminar burning
velocity of premixed LPG (liquid-petroleum-gas)-air mixtures at elevated temperatures using …