Combustion instabilities were investigated experimentally for a hydrogen-rich combustion in
a model afterburner installed at the end of a high-enthalpy wind tunnel. Air was supplied at …

In this paper we investigate the effects of increasing the amount of hydrogen in the fuel
mixture on the stability of a perfectly premixed combustor. Experiments are carried out on a …

The current work examines the excitation of thermoacoustic instability of lean premixed
hydrogen-methane/air low swirl flames under both atmospheric and elevated pressure …

In this study, the heat release rate (HRR) response during self-excited azimuthal
thermoacoustic instabilities in a pressurized annular combustor is investigated for …

Hydrogen-rich alternative fuels are likely to play a significant role in future power generation
systems. The emergence of the integrated gasification combined cycle (IGCC) as one of the …

The effects of the burnt-to-unburnt temperature ratio (T b/T u)(reciprocal density ratio) on
thermoacoustic combustion instability were investigated in a hydrogen-rich ram combustor …

The current study examined the self-excited thermoacoustic instability of hydrogen/methane
premixed flames using a variable-length combustor (300–1100 mm). The global dynamic …

Lean premixed flames are useful for low nitrogen oxide (NO x) emissions but more prone to
induce combustion instability in gas turbines. Combustion instability of a lean premixed …

We revisit a simple reduced order model (Matveev, K., and Culick, FE C, 2003, A Model for
Combustion Instability Involving Vortex Shedding, Combust Sci. and Tech., 175, 1059) and …

Thermoacoustic interactions in a circumferential network of lean-premixed combustors have
a substantial impact on engine-level dynamics in a can-annular gas turbine combustion …