The crux of the technical issues facing the development of hydrogen gas turbine engines is
the problem of how to enable low NOx, low dynamics combustor operations without …

Lean-premixed fuel-flexible combustion technology capable of operating on a wide range of
fuels, including high or pure hydrogen, is expected to play a crucial role in reducing nitrogen …

Unmanned aerial vehicles (UAV) s have unique requirements that demand engines with
high power-to-weight ratios, fuel efficiency, and reliability. As such, combustion engines …

To overcome difficulties of complete evaporation and mixing of liquid fuel in limited resident
time and space, a self-evaporation meso-scale burner is proposed. Combustion …

In the near future, lean-premixed hydrogen combustion technology for low-emission gas
turbine engines is expected to be crucial in the effort to mitigate greenhouse gas emissions …

Multi-element injector configurations, typically comprising numerous small-scale jet nozzles,
will be required to enable reliable lean-premixed gas turbine combustion operating with …

Technically, using catalytically active coatings regulate flame-wall interactions to enhance
flame stability in small-scale burners, such as the common ZrO 2-based ceramics with …

Self-excited combustion instabilities in a mesoscale multinozzle array, also referred to as a
micromixer-type injector, have been experimentally investigated in a lean-premixed tunable …

Abstract Effects of steam dilution on flame evolution, frequency and oscillation
characteristics were investigated using an optically accessible micro-mixing combustor …

The chemical catalytic performance of functional ceramics materials of rare earth is of great
technological and scientific significance to actively regulate the flame-wall interaction in high …