Thermoacoustic combustion oscillation and vibration experienced in a gas turbine at
operation is reported. The oscillation manifested itself at two distinct frequencies …

The prediction of high-frequency acoustic oscillations in gas turbine combustors is an
important issue, related to engine performance, NOx emissions, component lifetime and …

Structural, acoustic, and intrinsic modes contributions to thermoacoustic oscillations of a
small-scale power generator combustor are investigated experimentally. Simultaneous OH∗ …

A framework is presented for analyzing the local instantaneous phase difference between
non-stationary heat release rate and pressure oscillations that is appropriate for use in high …

This paper demonstrates cross-frequency coupling between pressure, heat release rate, fuel
spray and velocity oscillations in a model aeronautical gas turbine combustor operating at a …

The self-induced thermoacoustic instabilities in partially premixed combustors remain a
significant challenge which has received a limited research attention. This numerical work …

This paper analyzes thermoacoustic driving-and the underlying fuel and air dynamicsduring
self-excited intermittent oscillations (changing amplitude and frequency) of a dualannular …

The acoustic characteristics of combustor are an important theoretical basis for determining
whether a gas turbine will undergo thermoacoustic coupled oscillatory combustion. In this …

The lean premixed combustion technology makes thermoacoustic oscillation possible to
occur in gas turbine combustor. With the change of operating condition, the amplitude and …

Lean premixed prevaporised (LPP) combustion can reduce NO x emissions from gas
turbines, but often leads to combustion instability. Acoustic waves produce fluctuations in …