Thermoacoustic systems can oscillate self-excitedly, and often non-periodically, owing to
coupling between unsteady heat release and acoustic waves. We study a slot-stabilized two …

This paper concerns the influence of the phase of the heat release response on
thermoacoustic systems. We focus on one pair of degenerate azimuthal acoustic modes …

Equivalence ratio fluctuations play an important role in exploring and controlling flame
dynamic instabilities such as thermoacoustic combustion instabilities associated with lean …

A laboratory scale gas turbine type burner at atmospheric pressure and with air preheat was
operated with aviation kerosene Jet-A1 injected from a pressure atomiser. Self-excited …

High-speed synchronized stereo particle-imaging velocimetry and OH planar laser-induced
fluorescence (PIV/OH-PLIF) measurements are performed on multiple) respectively. Planar …

We investigate the dynamics of thermoacoustic systems with multiple linearly unstable
modes. If a linear analysis reveals more than one mode with positive growth rate, nonlinear …

This work is concerned with the investigation of fluid-mechanical behaviour and the
performance of different subgrid-scale models for LES in the numerical prediction of a …

Turbulent lean premixed combustion has high potentials for the development of modern low
nitrogen oxide gas turbines. However, it renders the combustor prone to combustion …

Measurements of self-excited combustion instability were performed in a lean-premixed,
swirl-stabilized, gas turbine combustor in order to characterize the interaction between the …

One of the key elements in the prediction of thermoacoustic oscillations is the determination
of the acoustic response of flames as an element in an acoustic network, in the form of a …