Features of the flame transfer function (FTF) are characterized for turbulent, non-swirled,
bluff body stabilized “M” flames for different hydrogen and methane blends including pure …

To maximise power density practical gas turbine combustion systems have several injectors
which can lead to complex interactions between flames. However, our knowledge about the …

This paper discusses the combustion dynamic characteristics of hydrogen/methane flames
and the flame response to fuel flow fluctuation in a model lean-direct injection gas turbine …

Fuel staging is a commonly used strategy in the operation of gas turbine engines. In
multinozzle combustor configurations, this is achieved by varying fuel flow rate to different …

Featured Application Stable design of Combustor in industrial boiler and burner. Abstract
The response of flames' heat release to acoustic excitation is a critical factor for …

The effects of hydrogen addition on the forced response of H 2/CH 4 flames are analyzed in
a dual-nozzle swirl-stabilized combustor. The hydrogen volumetric content in the fuel is …

The effect of flame–wall interactions on the forced response of a lean-premixed, swirl-
stabilized flame is experimentally investigated by examining flames in a series of three …

Experimental investigations of the forced response of swirl-stabilized turbulent flames to
upstream flow disturbances were performed in an industrial scale gas turbine combustor …

This manuscript presents a study of hydrogen-enhanced methane flames in a compact
mesoscale burner array, where even a minute addition of hydrogen can significantly …

Flame structure can have a significant effect on a combustor's static stability (resistance to
blowoff) and dynamic stability (combustion instability) and therefore is an important aspect of …