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 article examines the operational, combustion, and emission characteristics of a small-
scale combustor. Flue-gas composition data and hydroxyl radical chemiluminescence (OH*) …

Carbon-free fuels such as ammonia and hydrogen have attracted much attention in
response to tackling with climate problem of global warming, but their high NO X emissions …

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 …

A non-premixed methane/air flame under a transverse acoustic mode is studied by
combining theoretical analysis and numerical simulations to understand the acoustic and …

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

This article examines the combustion regimes occurring in a small-scale laboratory
cylindrical combustor, in which the burner and the exhaust port are mounted at the top end …

This article presents experimental and computational results of a small-scale combustor
operating in the mild combustion regime. On the experimental side, flue-gas composition …

Using nonlinear theory as guidance, the expected (both reported and unreported) nonlinear
response modes of a laminar diffusion flame to external acoustic excitation are investigated …

The ignition process of fuel plays an important role in the flame development and emission
characteristics, which has attracted intensive attention in the combustion field. However, the …