This review classified recent works using proper acoustic waves to develop more efficient
thermofluids systems for different industrial equipment such as swirl combustor, jet in …

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 …

While lean combustion in gas turbines is known to reduce NOx, it makes combustors more
prone to thermo-acoustic instabilities, which can lead to deterioration in engine …

In this work, we conducted systematic studies on a premixed methane/air flame response to
acoustic disturbances in a longitudinal combustor with emphasis on the blow-off …

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 …

The pinch-off phenomenon in a flame refers to flame separation after reaching the critical
frequency and amplitude under acoustic excitation. The pinch-off flame consists of the main …

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

This study examines the effect of nonlinear flame dynamics on combustion instabilities in
coaxial jet flames. The flame describing function (FDF) was used to establish this …

The compact combustor holds great potential in the aerospace field. However, it faces
challenges in terms of interaction between acoustic waves and flames, which affects …

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 …