This paper reviews recent advances in understanding the structure of turbulent partially
premixed and stratified flames. The term “partially premixed” refers here to compositionally …

Predictive modelling of turbulent combustion is important for the development of air-
breathing engines, internal combustion engines, furnaces and for power generation …

This paper presents observations and analysis of the time-dependent behavior of a 10kW
partially pre-mixed, swirl-stabilized methane–air flame exhibiting self-excited thermo …

The relation between flow field and flame structure of a turbulent swirl flame is investigated
using simultaneous particle image velocimetry (PIV) and planar laser-induced fluorescence …

Large-scale simulations are increasingly being used to study complex scientific and
engineering phenomena. As a result, advanced visualization and data analysis are also …

Laboratory experiments were conducted at gas turbine and atmospheric conditions (0.101<
P0< 0.810 MPa, 298< T0< 580K, and 18< U0< 60m/s) to characterize the overall behaviors …

In highly turbulent environments, combustion is strongly influenced by the effects of
turbulence chemistry interactions. Simultaneous measurement of the flow field and flame is …

The flame index was originally proposed by Yamashita et al. as a method of locally
distinguishing between premixed and non-premixed combustion. Although this index has …

This paper is the first in a series that presents a combined computational and experimental
study to investigate and characterize the structure of premixed turbulent low swirl laboratory …

This paper presents numerical simulations and laser diagnostic experiments of a swirling
lean premixed methane/air flame with an aim to compare different Large Eddy Simulations …