An adequate treatment of thermal radiation heat transfer is essential to a mathematical
model of the combustion process or to a design of a combustion system. This paper reviews …

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

Turbulent multiphase combustion plays an important role in both nature (eg, volcanos and
pool fires) and industry (eg, industrial furnaces, aeroengines, and internal combustion …

Predictions of the structure and received thermal radiation around a turbulent reacting jet
discharging into a cross-flow have been made using a finite-difference scheme for solving …

Turbulent methane/air jet diffusion flames at atmospheric and elevated pressure have been
studied experimentally to provide data for coupled thermal radiation and soot production …

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 …

A non-luminous turbulent jet diffusion flame is numerically simulated using a Reynolds
stress second-order closure, the steady laminar flamelet model, and different approaches for …

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 …

This review attempts to extract, from the particularly abundant literature devoted to the study
of pool fires, some pertinent contributions to some of the issues that should be addressed to …

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 …