THE pulsed detonation engine was studied by Nicholls et al.[1] as a thrust-producing device
as early as 1957. Interest then seems to have lapsed until it was revived in 1991 by …

A pulsed detonation combustor-turbine hybrid system was built and evaluated. This system
consisted of a multi-tube PDC with eight tubes arranged in a can-annular configuration …

The present work investigates the applications of steady and unsteady detonation waves to
air-breathing propulsion systems. The efficiency of ideal detonation-based propulsion …

LEJECTOR= ejector overall length, in LSTRAIGHT= ejector intermediate straight section
length, in NND= nondimensional turbine rotational speed, RPM OASPL= overall sound …

A new approach to thrust measurement for pulse detonation engines was developed to
account for the effects of system dynamics. The approach was applied to a pulse detonation …

PULSE detonation engines (PDEs) use controlled periodic detonations of a combustible
mixture to generate thrust [1]. One of the primary motivations for PDE development has been …

THERE is currently interest in pulsed detonation engines due to their promise of increased
efficiency [1–3]. This in turn has revived interest in pulsed ejectors [3–5], because the latter …

在直管脉冲爆震发动机上安装不同类型的喷管, 利用推力传感器测量了不同频率下发动机的瞬态
推力和平均推力. 结果表明: 台架对瞬态推力的测量结果具有明显影响, 推力峰值明显落后于推力 …

UNSTEADY ejectors have received renewed attention in recent years, primarily due to the
heightened interest in pulse detonation-based propulsion systems, which produce unsteady …

Research studies investigating the performance optimization and fundamental physics of
pulse detonation engines (PDE) were performed. Experimental and computational methods …