Solid–gas rotating detonation engines have been widely studied, but experimental
limitations have prevented the full information of the flow field from being revealed. This …

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 …

The rotating detonation engine (RDE) fueled by coal powder has attracted much attention
because of its high thermal cycle efficiency. To explore the detonation characteristics of …

The pressure-gain rotating detonation rocket engine is expected to develop as an
attitude/orbit control power device for high-performance spacecraft. In this paper, the short …

Recent research towards using liquid fuel in rotating detonation engines (RDE) has been
assessed here using numerical simulations of a representative three-dimensional (3D) …

Detonation cycle realizes the high-efficiency utilization of the fuel. However, most of the fuel
considered in the detonation engine is gaseous or liquid fuel, while seldom notice is focused …

A variably premixed rotating detonation engine using gaseous hydrogen and air reactants is
introduced to enable investigation of key cycle processes while varying the homogeneity of …

Rotating detonation engines having the advantages of high thermal efficiency theoretically,
are being studied widely. Cheap solid fuels such as coals may decrease the cost …

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 …