Rotating detonation combustion fueled with partially prevaporized n-heptane sprays is
studied with the Eulerian–Lagrangian method. A flattened two-dimensional domain with …

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

Numerical simulations with detailed chemistry are conducted for two-dimensional rotating
detonative combustion with separate injection of fuel and oxidant. The influences of the fuel …

Previous studies have demonstrated that shock wave focusing is an efficient method for
detonation initiation by creating hot spots in the interaction of shock-shock or the collision of …

Three-dimensional numerical simulations are performed on air-breathing rotating detonation
combustors with detailed H 2/air chemistry. Detonation-related flow structures and pressure …

Two-dimensional numerical simulations with Eulerian–Lagrangian method are conducted to
study propagation and extinction of stoichiometric hydrogen/air detonations in fine water …

Hydrogen, as a promising energy vector, can cause an explosion or even a detonation due
to its unique physical and chemical properties. Water spray is an ideal mitigant for …

In the present work the propagation of gaseous detonations in a channel with porous walls
is investigated experimentally and numerically. The main goal of the study is to determine …

Explosions in homogeneous reactive mixtures have been widely studied both
experimentally and numerically. However, in practice, combustible mixtures are usually …

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 …