This study numerically investigates the nozzle performance of a rotating detonation engine
with film cooling. The premixed stoichiometric hydrogen/air mixture serves as the reactant …

In this study, a large-scale kerosene-fueled oblique detonation engine with a design point of
Mach 10 is proposed. The flow combustion characteristics and the propulsive performance …

The wave dynamics play a crucial role in the operation characteristics of the rotating
detonation engine. We conducted numerical simulations of a rotating detonation combustor …

A normal detonation wave in a gaseous mixture is a transient, multidimensional structure
containing triple points (TPs) that collide in pairs and then propagate oppositely. However …

To investigate the effects of slot inlet configurations on premixed vapor kerosene/air rotating
detonation engines, a series of cases with different injection patterns, including baseline …

In this paper, we investigate the formation and development characteristics of oblique
detonation wave in stoichiometric hydrogen-oxygen mixtures diluted with argon using Euler …

In order to obtain the standing conditions and stationary range of oblique detonation wave in
methane-air combustible mixture, we use the Newton-Raphson iteration method to solve the …

In order to reveal the influence of incoming flow velocity and mixture equivalence ratio on
the characteristics of oblique detonation, Euler equations coupled detailed chemical …

Utilizing a two-phase supersonic chemically reacting flow solver with the Eulerian-
Lagrangian method implemented in OpenFOAM, this study computationally investigates the …

Oblique detonation engines have significant potential as air-breathing propulsion units
because they can undergo self-ignition while providing high combustion efficiency. A key …