A numerical post-processing strategy to reconstruct the size of soot primary particles is
presented in this work in the context of the chemical sectional models. The proposed …

In the present study, soot formation in the turbulent lifted diffusion flame, consisting of
ethylene-air is numerically investigated using three different soot modeling approaches and …

This paper presents an efficient computational implementation of the in situ adaptive
tabulation (ISAT) approach (Pope, 1997) for combustion chemistry in a network of perfectly …

Aircraft or rocket engines operating with kerosene, or other hydrocarbon fuels, can
experience carbon deposit on the chamber walls. These deposits affect heat transfer and …

With increasing environmental concerns, emissions regulations become stricter every few
years and the regulations include particulate matter emissions from aircraft gas turbine …

The observed origins of non-equilibrium behavior, even for relatively large residence times
in perfectly stirred reactors (PSRs) burning fuel-rich mixtures, are addressed. These PSR …

Combustion of kerosene propellants often deposits soot on chamber walls. These deposits
act as a thermal barrier and can significantly affect the analysis of cooling systems. This is …

This paper presents an efficient computational implementation of the in situ adaptive
tabulation (ISAT) approach (Pope, 1997) for combustion chemistry in a network of perfectly …

Purpose This study aims to investigate the insights of soot formation such as rate of soot
coagulation, rate of soot nucleation, rate of soot surface growth and soot surface oxidation in …

An image appearing when the phrase soot is heard is the smoke emitted by an exhaust
pipe. The imperfect combustion of hydrocarbon fuels is a source of this harmful pollutant …