Global climate change forces all countries to push the process of de-carbonization.
Ammonia, which is carbon free and a potential hydrogen carrier, is proposed as a …

The world has advocated green production, using renewable energy sources and reducing
the emission of pollutants. Ammonia is being utilized more and more as a renewable energy …

Abstract Knowledge of the underlying physical mechanisms responsible for the triggering of
high-frequency transverse combustion dynamics is of fundamental importance in the …

Carbon-free ammonia is a promising hydrogen energy carrier. Using ammonia as gas
turbine fuel can effectively reduce carbon emissions. This study examines thermoacoustic …

The mechanism of flame front propagation in NH 3/air and NH 3/H 2/air steady, laminar
premixed flames is examined. Since the process is characterised by a state of chemical non …

This work investigates the self-excited thermoacoustic parametric instability of downward
propagating laminar premixed ammonia flames in an open-closed combustion tube. NH 3/O …

The thermoacoustic instability characteristics in a variable-length annular combustor fueled
by ammonia-methane were investigated in the present work, focusing on the effects of …

Large-scale inter-combustor thermoacoustic interactions occur frequently in modern can-
annular gas turbine combustion systems due to the presence of an annular cross-talk …

The hydrogen carrier ammonia is considered a prominent carbon-free alternative fuel. This
paper examines the impact of flue gas recirculation (FR) on combustion instability and …

The influence of fuel composition on self-excited combustion instabilities in a high-pressure
combustor operated with ammonia, hydrogen, and natural gas fuels is characterized with …