This paper describes an experimental investigation of the nonlinear response of a premixed
methane/air low-swirl flame to imposed acoustic excitation with perturbation amplitude up to …

The forced flame responses in a pressurized gas turbine combustor are predicted using
numerical reacting flow simulations. Two incompressible1 large eddy simulation solvers are …

The present paper reports experimental and numerical analyses of the macrostructures
featured by a stratified swirling flame for varying stratification ratio (SR). The studies are …

In this study, the frequency and amplitude of combustion instability were predicted using an
artificial neural network (ANN). Experimental data, obtained from a CH 4-fueled partially …

This paper presents an experimental study on dynamic response of a forced low-swirl
methane/air premixed flame with external acoustic excitation over a wide range of driving …

Acoustic and entropy waves interacting in a duct with a steady heat source and mean flow
are analysed using an asymptotic expansion (AE) for low frequencies. The analytical AE …

This article presents numerical prediction of a thermoacoustic limit cycle in an industrial gas
turbine combustor. The case corresponds to an experimental high pressure test rig …

This paper presents analytical solutions for the three dimensional acoustic field in cylindrical
and annular ducts with dependence of mean temperature on axial position. A wave equation …

The present work investigates effects of the corner recirculation zone (CRZ) on flame
macrostructures and combustion instabilities in the Beihang Axial Swirler Independently …

This paper describes numerical predictions of the forced heat release responses of a lean
premixed bluff-body stabilized ethylene/air flame, using the hybrid Stress-Blended Eddy …