Triple flickering buoyant diffusion flames of methane gas in equilateral triangle arrangement,
as a nonlinear dynamical system of coupled oscillators, were computationally investigated …

A comparative study was conducted on the response characteristics according to the
increase in velocity perturbation intensity (u'/u) under acoustic excitation conditions of non …

This paper employs a novel burner to study the effects of fuel-generated turbulence on the
spatial and temporal structure of buoyant turbulent diffusion flames which are representative …

The flame structure and exhaust emissions of pinch-off flames, in which flames are
separated under acoustic excitation conditions, were studied. Flame structure analysis was …

As a zero-carbon fuel, hydrogen is considered a promising alternative fuel. Hydrogen flames
can be greatly affected by intrinsic instabilities including the diffusional-thermal instability …

The classical flame instability problem of a flickering diffusion flame is investigated
experimentally, with an emphasis on the underlying vortex dynamics and flame pinch-off …

ABSTRACT A novel, modified coflow burner was developed to study the effect of charge
injection from a non-thermal plasma into three helium-diluted laminar coflow diffusion …

Combustion instability induced by acoustic waves can lead to various undesired
consequences, including thermal stress on the combustion chamber, noise, flame blow-off …

The axial sound field was added to the ethanol spray flame as a perturbation element to
study the dynamic response and combustion characteristics. A forced acoustic field is …

An experiment was conducted under acoustic excitation conditions for the physical
understanding of the pinch-off phenomenon in non-premixed flames. For fuel conditions, H …