The primary hole exerts a substantial influence on the ignition performance of gas turbine
combustors. The current investigation delves into the effect of primary hole jets on the …

In this work, large eddy simulations (LES) of a Gas Turbine Model Combustor (GTMC) are
done using a five-step global mechanism that includes separate thermal and non-thermal …

MILD (moderate or intense low-oxygen dilution) combustion is a promising technology for
mitigating NOx emission from fuel combustion, but the combustion stability becomes an …

The ongoing energy revolution demands a drastic change in energy carriers used, which
especially stresses the industry and transportation, where combustion seems to have no …

Climate change and the energy crisis urge the transition from fossil to renewable fuels.
Ammonia and hydrogen are the most versatile carbon-free chemical energy carriers …

The combustion performance can be promoted by the shear layer, recirculation zones, and
precessing vortex cores in the swirling flow field. The swirling flow promotes the mixing …

The ignition behaviors of an annular combustor consisting of 16 centrally staged swirling
burners are experimentally investigated in this work. This research is mainly focused on the …

The paper revealed the in-depth stabilization mechanisms of a novel vortex-tube
combustion technique by using ethanol as fuel, which is implemented by a stratified vortex …

It was recently demonstrated that distributed combustion is accessible outside the MILD
combustion regime without needing inner or outer flue gas recirculation. The Mixture …

The critical advantages of liquid fuels in aviation over alternative energy carriers imply their
dominance in the upcoming decades. The Mixture Temperature Controlled (MTC) …