In this work, a methodology for the tabulation of combustion mechanisms via Artificial Neural
Networks (ANNs) is presented. The objective of the methodology is to train the ANN using …

A modification of the well-known jet piloted burner is introduced to enable the stabilization of
partially premixed flames with varying degrees of inhomogeneity in mixture fraction or …

THIS review of multiregime large-eddy simulation (LES) approaches is motivated by
propulsive applications. Such applications cover a broad range of combustion regimes, with …

This work proposes a chemical mechanism tabulation method using artificial neural
networks (ANNs) for turbulent combustion simulations. The method is employed here in the …

The stabilization of lifted flames involves a complex competition between small-scale mixing
and propagation of flame kernels at the base of the flame. Here, the effect of species …

A computational study is performed on a series of four piloted, lean, premixed turbulent jet
flames. These flames use the Sydney Piloted Premixed Jet Burner (PPJB), and with jet …

Large-eddy simulations (LES) combined with the transported probability density function
(PDF) method are carried out for two turbulent piloted premixed methane-air jet flames …

Mixing models are required to account for the effects of molecular diffusion in probability
density function (PDF) methods for reacting flows, and these models entail one of the …

Single-regime turbulent combustion has been the main focus in previous studies. Significant
limitations exist in those studies since most practical combustion applications involve multi …

An impulsively started jet is investigated by a highly resolved large-eddy simulation (LES).
The numerical calculations are presented, analyzed and compared to the experimental data …