Shock focusing ignition techniques can avoid deflagration-to-detonation transition (DDT),
which make pulse detonation engine (PDE) more efficient. Numerical simulations of an …

Pulse detonation engine technology has recently emerged as a future aerospace propulsion
technology. In this paper we studied various parameters affecting the performance of Pulse …

Shock focusing techniques can avoid deflagration-to-detonation transition (DDT), which
make PDE more efficiency. Numerical simulations of an idealized pulse detonation engine …

Automated Fire control Systems (AFCS) is a sophisticated and critical segment of a typical
Pulse detonation engine (PDE) rig. The relevant standards, safeties and redundancies were …

The paper deals with challenging assignment of development and optimization of pulse
detonation engine (PDE) to test it in aerospace system configurations. Our researchers have …

Deflagration and detonation are the modes of combustion at subsonic and supersonic
speed respectively. Detonation is marked by sudden rise in pressure in the flow. In this …

Abstract Application of Anova to Pulse detonation engine dynamic performance
measurement resulted in quantifying engine functionality during various operations. After …

This work presents the results of an experimental study of the influence exerted by the
oxygen-enriched heptane/air mixture components ratio on the deflagration-to-detonation …

Application of Anova to Pulse Detonation Engine ground demonstrator's dynamic
performance measurement is being explored due its large data of chamber pressure at …

In this study, homogeneous hydrogen-air mixture is numerically investigated in a tube of 1 m
length and 50 mm diameter with obstacles by solving two-dimensional compressible …