The fuel atomization and ignition characteristics of an afterburner under subatmospheric
pressure are important foundations for expanding the operating range of the afterburner at …

Rapidly predicting the temperature field of the aero-engine combustion chamber can assist
researchers in quickly understanding the combustion state. Although deep learning methods …

Using the inlet flow parameters to get the temperature field of the aero-engine combustor
can help researchers quickly learn about the combustion state of the combustor, which is …

The fuel distribution and ignition characteristics of an afterburner with typical components
under subatmospheric inlet conditions are important references for improving the …

The ignition process of fuel plays an important role in the flame development and emission
characteristics, which has attracted intensive attention in the combustion field. However, the …

Large eddy simulation is used to investigate the flashback mechanism caused by the
combustion-induced vortex breakdown (CIVB) in a high-pressure lean-burn annular …

An experimental approach is presented to evaluate the impact of plasma composition
arising from pulse-to-pulse energy and mixture fluctuations on the non-resonant laser …

This study uses direct numerical simulations to investigate the forced ignition of temporally-
evolving turbulent subsonic shear layers separating a gaseous stream of methane (CH 4) …

The objective of this study is to determine the impact of the convective heat transfer
coefficient and the heat conduction coefficient on the metal temperature by studying heat …

This study presents the computation of the ignition probability map of a model gas turbine,
investigated experimentally at CORIA laboratory, using Large Eddy Simulation (LES). The …