The performance of rotating detonation engines is strongly affected by the multiple
detonation waves that occur, although the reason for their formation has not yet been fully …

The propagation of multiple detonation waves in the two-dimensional modeled rotating
detonation combustor fueled by premixed kerosene/air mixtures is numerically investigated …

Rotating detonation engines are widely studied because of their compact configurations and
high thermal cycle efficiency. For briefty, most of the numerical simulations of rotating …

The feasibility of mode control in rotating detonation engine is investigated through
regulating the global equivalence ratio during the test under different air mass flow rates …

The effect of blockage ratio on the existence of multiple waves in rotating detonation engine
was investigated through experimental approach. It has been shown experimentally that four …

Detonation engines are expected to be included in a number of aerospace thrusters in the
future. Several types of detonation engines are currently under examination, including the …

We perform a numerical study on rotating detonation engines (RDE). The simulations
demonstrate the feasibility of creating multiple detonation waves and examine their …

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

Previous studies have demonstrated the effective enhancement of initiation stability in the
combustor of a rotating detonation engine through the use of a pre-detonator. However …

This article presents a three-dimensional (3D) numerical study on rotating detonation engine
(RDE), using the premixed stoichiometric hydrogen-air mixture. Different from a conventional …