Modeling turbulent non-premixed combustion remains a challenge in the context of Large
Eddy Simulation (LES) in complex geometries and for realistic conditions, taking into …

This work reviews the state of the art of the main soot modeling approaches used in
turbulent diffusion flames. Accordingly, after a short introduction about the subject addressed …

In this study, we experimentally investigate large-scale vortex structures, fuel-air mixing and
reaction processes, which occur in a partially premixed swirl-stabilized ethylene/air flame in …

This work presents a new approach for high-speed four-dimensional (3D+ t) thermometry
using only two high-speed cameras which are equipped with different band pass filters to …

In this paper, the major soot modeling approaches used in the numerical simulation of
buoyant turbulent flames and fires are reviewed. In the context of soot modeling in fire …

Large-eddy simulations of a sooting aero-engine model combustor are performed for three
operating points. They are analyzed to investigate the influence of secondary air injection …

Modeling soot formation is a very difficult task which has been assessed by the numerical
combustion community. Numerical simulations of turbulent sooting flames remain very …

Abstract This work uses Large Eddy Simulation (LES) combined with an accurate chemical
description to predict soot formation in a turbulent spray flame burning real fuel at …

Reference aerosols for the calibration of common aerosol instruments such as condensation
particle counters (CPCs) and differential mobility analyzers (DMAs), must fulfill certain …

The understanding of processes that govern soot production in aero-engines is fundamental
for the design of new combustion systems with low environmental impact. Many combustors …