The rotating detonation engine is increasingly favored as a viable pressure gain combustion
technology for both propulsion and power generation applications. Practical designs involve …

Rotating detonation engines (RDEs) are gaining significant interest as a practical approach
to increasing the operating efficiency of propulsion systems through pressure gain …

Combustion dynamics in a linear, semi-bounded channel were studied to characterize
injection, mixing, and ignition processes in a two dimensional analogue of a rotating …

In this study, the stable operating range and basic characteristics including the pressure and
speed of a rotating detonation are researched. The fuel is an “ethylene–acetylene …

Reliable and robust simulations of detonations in inhomogeneous and turbulent
environments are of direct importance in the design of rotating detonation engines (RDEs) …

The initiation features of wedge-induced oblique detonation waves (ODWs) in supersonic
turbulence flows are studied with numerical simulations based on the SST k-ω model. The …

Rotating Detonation Engines (RDEs) are getting more attention as a new pressure gain
combustion system. In order to use RDEs to augment practical gas turbines, their stability …

The principal objectives of this project were to demonstrate the operability of a natural gas-
air RDE at gas turbine engine cycle conditions. To achieve these goals, our specific tasks …

对超声速气流中斜爆震波的起爆和驻定特性的研究进展进行总结, 重点回顾了斜爆震波起爆准则
和驻定条件的实验研究. 随后对斜爆震过渡区结构及波面胞格结构的研究历程和发展现状进行了 …

The early basic studies on RDE has been surveyed in the previous paper. Recently active
researches are carrying on for the application to the power plant and aerospace propulsion …