Numerical simulations were conducted to investigate the flow field characteristics and
performance of a carbon–hydrogen/oxygen-rich air rotating detonation engine (RDE). Three …

The numerical and experimental research of rotating detonation engines is usually
conducted in ground environmental conditions. Although many breakthroughs have been …

We present a numerical simulation of a two-phase rotating detonation fueled by liquid
ethanol and pre-heated air in a two-dimensional rotating detonation combustor. The study …

A statistical particle path tracking method is applied to a hollow rotating detonation engine
(RDE) with a Laval nozzle, and the flow field characteristics are investigated. The in-house …

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

The rotating detonation engine (RDE) has attracted considerable interest as a potential new
propulsion system, owing to its ability to self-pressurize, its high thrust-to-weight ratio, and its …

In this study, numerical simulations based on an Eulerian-Lagrangian framework are
conducted to investigate the liquid-fueled rotating detonation engine (RDE) with …

Rotating detonation engines have high thermal efficiency and thus have been extensively
studied. Using solid particles as fuel can reduce costs, and experiments have demonstrated …

We investigate the behavior of evaporating droplets in a two-phase rotating detonation
engine (RDE) fueled by liquid ethanol, a renewable energy source and hydrogen carrier …

Continuous rotating detonation engines have been extensively studied due to their high
thermal efficiency. The utilization of solid particles as fuel can effectively reduce costs and …