Combustion instabilities represent a long known problem in combustion technology. The
complex interactions between acoustics and turbulent swirling flames are not fully …

Combustion instabilities represent a long known problem in combustion technology. The
complex interactions between acoustics and turbulent swirling flames are not fully …

The most common and reliable technique used for flame stabilization of industrial
combustors with high thermal loads is the application of strongly swirling flows. In addition to …

This paper discusses the structural changes observed in oscillating premixed turbulent
swirling flames and demonstrates the influence of modulated mass flows on the flame …

Large eddy simulations of compressible, turbulent, reacting flow were carried out in order to
identify the Flame Transfer Function (FTF) of a premixed swirl burner at different power …

The influence of fuel-air mixing on the flame dynamics of premixed swirl flames is
investigated comparing flame transfer functions determined for perfectly premixed (PP) and …

During the design and testing process of swirl-stabilized combustors, it is often impractical to
maintain identical outlet boundary conditions. Furthermore, it is a common practice to …

The effect of inlet swirl on the flow development and combustion dynamics in a lean-
premixed swirl-stabilized combustor has been numerically investigated using a large-eddy …

The impact of premixer swirl number, S, and overall fuel equivalence ratio, Φ, on the stability
of a model swirl-stabilized, lean-premixed gas turbine combustor has been numerically …

The prevalence of gas turbines operating in primarily lean premixed modes is predicated on
the need for lower emissions and increased efficiency. An enhancement in the mixing …