When a premixed flame propagates in a turbulent flow, not only does turbulence affect the
burning rate (eg, by wrinkling the flame and increasing its surface area), but also the heat …

Numerical simulations were used to characterise the non-linear response of a turbulent
premixed flame to acoustic velocity fluctuations. The test flame simulated was the bluff body …

Turbulence in low Karlovitz number premixed flames is strongly affected by small-scale
combustion heat release. At low Karlovitz number conditions, flame-normal thermal …

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 …

In order to experimentally study whether or not the density ratio σ substantially affects flame
displacement speed at low and moderate turbulent intensities, two stoichiometric …

Recently, a simple model for evaluating turbulent scalar flux in premixed flames was
developed and validated using six experimental data sets obtained from flames stabilized in …

The present work aims at modeling the entire convection flux ρ u W¯ ρuW in the transport
equation for a mean reaction rate ρW¯ ρW in a turbulent flow, which (equation) was recently …

In the turbulent premixed reactive flows considered in this study, ie large Damköhler and
Reynolds numbers, the flamelet regime of turbulent combustion applies and the scalar …

Reynolds averaged numerical simulation (RANS) of a turbulent partially premixed flame is
performed using a presumed probability density function (Pdf) approach. The mixture …

Unresolved fluxes in turbulent diffusion flames are investigated by introducing the specific
volume to analyze the effects of density variations. Unresolved fluxes are found to be related …