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 …

In this work, combustion instability of the solid-fueled ramjet (involving diffusion-dominant
combustion process) is investigated using a numerical model. Effects of inlet thermodynamic …

A two-dimensional laminar premixed slit flame subjected to the transverse oncoming flow
disturbance has been modelled in this work. The time-averaged flame heat release rate is …

In this paper, local flame and flow properties of propagating premixed turbulent propane/air
flames were derived by two-dimensional time-resolved Mie scattering and PIV methodology …

The external-and self-excited premixed swirling flames are experimentally studied to
understand the thermoacoustic instabilities under different injector sizes. We use high-speed …

Flame features and dynamics are important to the explanation and prediction of a lean
blowout (LBO) phenomenon. In this paper, recognition of near-LBO flame features and …

Abstract The relation between Proper Orthogonal Decomposition (POD), Dynamic Mode
Decomposition (DMD) and Flame Transfer Functions (FTF) is explored to gain further insight …

Transversal and longitudinal combustion instabilities typically present in gas turbines and
rocket engines. It is thus important to investigate the flame responses of the two directional …

The time-averaged heat release rates of two-dimensional laminar premixed flames
subjected to axial oncoming flow perturbations are theoretically studied in this paper. The …

Ensuring fire safety is one of the most important problems in the creation of habitable
spacecraft. It is necessary to thoroughly study the issues of the reliability of the functioning of …