Shock wave focusing is an effective way to create a hot spot or a high-pressure and high-
temperature region at a certain place, showing its unique usage in detonation initiation …

Rotating detonation engines (RDEs) are the most promising pressure-gain combustion
devices, but their long-duration operations are hindered by the harsh thermal environment …

We conduct an experimental investigation on the implementation of cat-ear-shaped film
cooling holes for thermal protection in a hydrogen-air rotating detonation engine (RDE). The …

Film cooling is a crucial cooling strategy employed in liquid fuel propulsion systems to
ensure safe and efficient operation of combustion chambers. The use of film cooling in a …

The advancement of implementing the rotating detonation engine (RDE) in practical
applications necessitates overcoming the challenges arising from severe heating and high …

Transpiration cooling with phase change is an effective method for protecting high heat flux
walls from ablation in combustion chambers and spaceflight vehicles. The combustion …

To address the thermal protection challenges associated with the rotating detonation engine
(RDE) in engineering applications, this study employs a three-dimensional numerical …

Abstract Large Eddy Simulations (LES) are a powerful tool to analyze the flow in Rotating
Detonation Engines, but their implementation is not straightforward. Many groups use …

Film cooling is a promising thermal management solution for rotating detonation combustors
(RDCs) maturing toward long-duration engineering implementation. Aimed at elucidating …

Rotating detonation combustors establish a detonation wave that continuously circulates
inside a small annulus. The presence of the detonation wave and the downstream oblique …