Probability density function (PDF) methods offer compelling advantages for modeling
chemically reacting turbulent flows. In particular, they provide an elegant and effective …

The interaction between turbulence and radiation (TRI) in reactive flows has been
demonstrated experimentally, theoretically and numerically, and results from the highly non …

The seventh edition of this classic text outlines the fundamental physical principles of
thermal radiation, as well as analytical and numerical techniques for quantifying radiative …

Ultrafine and highly light absorbing soot particles have been known to be harmful to human
health and a major climate forcer. Understanding the mechanisms of soot formation and …

Radiative heat transfer (RHT) is often the dominant mode of heat transfer in flames, fires,
and combustion systems and affects significantly temperature distributions directly and …

The calculation of radiative transfer within a sooty turbulent ethylene–air diffusion jet flame
has been carried out by using a Monte Carlo method and an accurate CK model for the …

ABSTRACT A Phton Monte Carlo method combined with a composition probability-density-
function (PDF) method is employed to model radiative heat transfer in combustion …

Numerical simulation results are presented for two axisymmetric, nonluminous turbulent
piloted jet diffusion flames: Sandia Flame D (SFD) and Delft Flame III (DFIII). Turbulence is …

An important fundamental issue in chemically reacting turbulent flows is turbulence/radiation
interaction (TRI); TRI arises from highly nonlinear coupling between temperature and …

The radiative transfer equation (RTE) is solved by the Finite Volume Method (FVM) in 1D
and 2D axisymmetric configurations containing mixtures of water vapor, carbon dioxide and …