A rotating detonation engine (RDE) is a realization of pressure-gain combustion, wherein a
traveling detonation wave confined in a chamber provides shock-based compression along …

The integration of a rotating detonation combustor with downstream nozzle guide vanes is a
crucial early step prior to the full implementation of the rotating detonation turbine engine …

This study describes a rotating detonation combustor (RDC) equipped with a set of nozzle
guide vanes (NGVs) of variable number and inclination angle. Different instrumented guide …

Detonation-based engines offer a potential surge in efficiency for compact thermal power
systems. However, these cycles require ad-hoc components adapted to the high outlet …

Rotating detonation as a kind of pressure gain combustion is expected to greatly improve
efficiency when applied to gas turbine engines. In this paper, the operation of rotating …

Detonation engine, relying on the Fickett-Jacob cycle, may offer higher thermodynamic
efficiency than engine relying on the Brayton (constant pressure) or Humphrey (constant …

Owing to the pressure gain combustion characteristics, the gas turbine can enhance the
system thermodynamic cycle efficiency by integrating a rotating detonation combustor …

A configuration is presented for the rotating detonative airbreathing combined cycle engine
with compatibility between the turbomachinery and rotating detonation combustor being …

This work presents a new application of higher order dynamic mode decomposition
(HODMD) for the analysis of reactive flows. Due to the high complexity of the data analysed …

This paper details an energy conversion unit for the combined power extraction and thrust
increase from high subsonic to hypersonic flows. The energy transfer is achieved through a …