This paper reviews the physics and correlations for the burning behaviour of pool fires in
wind, discussing also challenges for future research on this topic. In the past decades, the …

Advances in modeling soot formation and burnout in combustion systems are surveyed. The
types of models are divided up into three classes: empirical, semi-empirical and detailed …

Computational modeling of well-documented jet diffusion flames, burning methane at
atmospheric and elevated pressure, is presented. The main emphasis of the work is on the …

A detailed soot growth model in which the equations for particle production have been
coupled to the flow and gaseous species conservation equations has been developed for an …

A soot model was developed based on the recently proposed PAH growth mechanism for C
1–C 4 gaseous fuels (KAUST PAH Mechanism 2, KM2) that included molecular growth up to …

An extensive set offlat laminar premixedNH3/H2/O2, NH3,/NO/H2/O2 and NH3O2 flames
have been investigated by detailed chemical kinetic modelling to facilitate the construction of …

Incuding an overview of two of the most common uses of coal: combustion and gasification.
First, it outlines problems and possible solutions, and then the nature of coal is described …

Revolutionary progress in Computational Fluid Dynamics (CFD) modeling over the last two
decades manifests itself in fire research through transition from zone to field models. This …

The influence of hydrogen addition to the fuel of an atmosphere pressure coflow laminar
ethylene–air diffusion flame on soot formation was studied by numerical simulation. A …

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 …