The generation of nanostructured particles in high-temperature flames is important both for
the control of emissions from combustion devices and for the synthesis of high-value …

The formation, growth, and transport of soot is investigated via large scale numerical
simulation in a three-dimensional turbulent non-premixed n-heptane/air jet flame at a jet …

An integrated kinetics-based Large Eddy Simulation (LES) approach for soot evolution in
turbulent reacting flows is applied to the simulation of a Pratt & Whitney aircraft gas turbine …

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 …

Aerosol dynamics plays an important role in the modelling of soot formation in combustion
processes, as it is responsible for predicting the distribution of size and shape of soot …

Iron oxide nanoparticles are very interesting for many applications in different industrial
sectors. A promising process to manufacture these nanoparticles is flame spray pyrolysis …

The mechanisms of transient formation and oxidation of soot in an aero-engine model
combustor at elevated pressure are studied for the first time using a combination of high …

A major challenge to using hydrogen as a carbon-free energy carrier to replace fossil fuels
in high-temperature practical processes is the reduced thermal radiative transfer of …

Turbulence statistics from two three-dimensional direct numerical simulations of planar n-
heptane/air turbulent jets are compared to assess the effect of the gas-phase species …

The present paper presents a comprehensive approach for modelling soot formation in
turbulent flows that incorporates a recently developed conservative finite volume sectional …