The field of nitric oxide (NOx) production combined with turbulent flow is a complex issue of
combustion, especially for the different time scales of reactions and flow in numerical …

Experimental investigations on NO x emissions of a single-cup, Lean Premixed
Prevaporized (LPP), module combustor were carried out at elevated inlet temperature and …

A TeLESS concept combustor using lean staged NO x reduction technology has been
proposed on the basis of previous studies. TeLESS means the Technology of Low …

Fuel injection and distribution play an important role in the formation and migration of hot
streaks in gas turbine combustors and determine the exit temperature uniformity especially …

An experimental study on both spray and combustion were carried out in order to investigate
the effects of gap of nozzle shroud on combustion stability and correlate the spray …

In this work, a three-staged multi-injection based on the triple-swirler technique was
proposed and investigated, which can broaden the engine envelope than a two-staged fuel …

The ignition behaviors of an annular combustor consisting of 16 centrally staged swirling
burners are experimentally investigated in this work. This research is mainly focused on the …

In this paper, the transient ignition process of an annular combustor with 16 centrally staged
swirling burners is experimentally investigated to study the mechanism of burner–burner …

Improvement on extinction and pollution emission have become one of the most prominent
research topics in gas turbine. It is widely recognized that the fuel/air mixture distribution in …

This work focuses on optimizing the flame stability by matching the primary spray with
swirling air streams in swirl cup which is used as pilot stage of a lean-burn fuel injector. Two …