The present paper experimentally verified and computationally explained an improved
design concept of the spray combustion of a gas–liquid pintle injector with variable swirl …

Using experimental and LES methods, this paper investigates the effects of equivalence
ratio and blockage ratio on hydrogen flame acceleration, explosion overpressure …

As rotating detonation engine (RDE) is maturing toward engineering implementation, it is a
crucial step in developing real-time diagnostics capable of monitoring the combustion state …

To promote the development and application of underwater detonation propulsion
technology, we built a single underwater detonation experimental system and established …

In order to achieve reliable application of coal in pulse detonation combustion chambers,
this study explored the influence mechanism of equivalence ratio and coal type (lignite …

View Video Presentation: https://doi. org/10.2514/6.2022-0819. vid The use of jet fuels in
detonation-based engines is emerging as a promising possibility due to the risks associated …

The use of conventional jet fuels in detonation-based engines is emerging as a promising
possibility due to the risks associated with the use of hydrogen as a fuel for commercial …

The pulse detonation turbine engine (PDTE) has a potential performance advantage over
conventional gas turbine engines due to the self-pressurization feature of detonation …

The expediency of using a Busemann diffuser in a scramjet engine with detonation
combustion of hydrogen-air mixtures is studied. A method is developed for calculating an air …

Due to the strong unsteadiness of pulse detonation, large flow losses are generated when
the detonation wave interacts with the turbine blades, resulting in low turbine efficiency …