This paper reviews current understanding of the manner in which non-premixed jet flames
respond to flow disturbances, and compares these characteristics to premixed flames …

The blending characteristics of ammonia with conventional fuels have recently received
much attention from researchers. This paper investigated the effect of acoustic excitation on …

The effect of the energy of forced acoustics on the soot suppression from an acetylene-air
diffusion flame is experimentally investigated. The acoustic energy is calculated by …

Thermoacoustic Combustion Instability Control: Engineering Applications and Computer
Codes provides a unique opportunity for researchers, students and engineers to access …

In diesel engines, long ignition delay due to cold in-cylinder conditions has been shown to
lead to high cycle-to-cycle variability, as well as result in pressure oscillations due to rapid …

This paper elucidates the behavior and dynamics of non-premixed flames responding to
bulk fluctuations in flow velocity. It expands previous work on this problem by consistently …

Biomass fuel holds great promise as a carbon–neutral and renewable energy source.
Nevertheless, the pollution produced during its combustion poses a substantial challenge to …

In the present study, we conducted an experimental investigation on pulsating combustion
technology through the periodic control of fuel flow to reduce NO x emissions. A …

The experimental investigation of the dynamic flame flickering properties of acoustically
excited combustion process has been conducted. In particular, the variations of flame …

The study of the flame under the acoustic excitation contributes to the study of flame self-
excited thermoacoustic instability. Although non-premixed combustion is widely used in …