Passive damping devices such as Helmholtz dampers are often employed in gas turbines to
mitigate thermoacoustic instabilities. The periodic ingestion of the combustion chamber hot …

This paper presents an experimental investigation of combustion instability and flame
dynamics in a laboratory-scale lean premixed prevaporized centrally staged combustor …

We experimentally investigate the forced synchronization of a self-excited chaotic
thermoacoustic oscillator with two natural frequencies, plane. This study extends the …

Thermoacoustic-induced vibration is a practical issue for the safe combustion operation. In
this study, we conducted experiments in a centrally-staged combustor for the realistic swirl …

At a stage where new architectures and alternative fuels are being proposed to tackle the
environmental challenges, it is important to be able to deal with combustion dynamics issues …

This paper presents a tunable combustor outlet geometry, which enables control of
thermoacoustic instabilities. It is based on a water-cooled conical piston inserted in the outlet …

The determination of acoustic source terms and growth rates is of paramount importance in
the thermoacoustic stability analysis of combustion systems. This article aims to …

Plasma-assisted combustion using Nanosecond Repetitively Pulsed Discharges (NRPDs) is
an emerging technology that enhances the reactivity of fuel–air mixtures, offering significant …

We propose a framework of Lagrangian Coherent Structures (LCSs) to enable passive open-
loop control of tonal sound generated during thermoacoustic instability. Experiments were …

In the reported paper, the reflection coefficient at the exit of the bluff-body combustor is
experimentally measured over a range of operating conditions for different exit orifice plates …