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

The state of the art and the further challenges of combustion chemistry research in laminar
flames are reviewed. Laminar flames constitute an essential part of kinetic model …

The present work investigates the accuracy of laminar flame speeds measured from
outwardly propagating spherical flames. We focus on methane/air mixtures at normal …

The present work investigated the uncertainties associated with the extrapolation of
stretched flames to zero stretch in flame speed measurements using expanding spherical …

This paper investigates the various techniques used in the literature to calculate the effective
Lewis number of two-component (H 2/CO and H 2/CH 4) and three-component fuels (H …

As promising alternatives to fossil fuels, hydrogen (H 2) and syngas are playing important
roles in the development and control of high-efficiency, low-emission engines. Achieving …

Laminar flame speed is one of the most important intrinsic properties of a combustible
mixture. Due to its importance, different methods have been developed to measure the …

Cellular instability in spherical propagating hydrogen-methane-air flames was studied
experimentally in a constant volume chamber at an equivalence ratio of 0.8 and mixture …

Highly-resolved numerical simulations employing detailed reaction kinetics and molecular
transport have been applied to flame-wall interaction (FWI) of laminar premixed flames. A …

Laminar burning velocities of hydrogen/air mixtures can show discrepancies up to 30%,
making chemical mechanism validation and improvement difficult. The source of …