Effect of operating parameters on application based performance analysis of PDC: A recent review
Pulse detonation engines (PDEs) are advanced propulsion device for next generation of
propulsion systems. The PDE combustion processes are filling of fuel-oxidizer, combustion …
propulsion systems. The PDE combustion processes are filling of fuel-oxidizer, combustion …
Numerical analysis of detonation combustion wave in pulse detonation combustor with modified ejector with gaseous and liquid fuel mixture
The detonation combustion phenomenon is supersonic combustion process and follows on
thermal explosion in combustor. Deflagration to detonation transition occurs in detonation …
thermal explosion in combustor. Deflagration to detonation transition occurs in detonation …
A state of art review on thermodynamics performance analysis in pulse detonation combustor
Pulse detonation engines (PDEs) are most exciting for future propulsion generation.
Detonation combustion in pulse detonation combustor is an energetic combustion process …
Detonation combustion in pulse detonation combustor is an energetic combustion process …
Numerical studies on detonation wave in hydrogen-fueled pulse detonation combustor with shrouded ejector
The present paper deals with the unsteady compressible (Ma> 0.3) reacting flows of
hydrogen–air mixture in pulse detonation combustor. In order to achieve the potential thrust …
hydrogen–air mixture in pulse detonation combustor. In order to achieve the potential thrust …
Drag reduction for axisymmetric boattail model by longitudinal groove cavity under low-speed conditions
The effect of longitudinal groove cavities on drag and flow behavior was investigated for the
axisymmetric model acquired by different conical boattail models. The angle of the boattail …
axisymmetric model acquired by different conical boattail models. The angle of the boattail …
Aerodynamic drag of axisymmetric models with different boattail angles under subsonic and supersonic flow conditions
This study examines the drag trend and flow behavior of axisymmetric models with conical
boattails under subsonic and supersonic conditions by using a numerical approach. Mach …
boattails under subsonic and supersonic conditions by using a numerical approach. Mach …
Frequency and spark timing effects on thrust for pulse detonation engine
AP Murray, TL Smith, ED Pittman, H Liu… - Journal of Propulsion …, 2021 - arc.aiaa.org
An experimental study was performed on an ethylene/oxygen/air pulse detonation engine to
examine the effect of frequency and spark delay time on the thrust output and efficiency …
examine the effect of frequency and spark delay time on the thrust output and efficiency …
Numerical investigation of flame propagation in pulse detonation engine with variation of obstacle clearance
The objective of present research work is to investigate the combustion flame acceleration
and performance of pulse detonation engine (PDE). The PDE tube consisting of obstacles of …
and performance of pulse detonation engine (PDE). The PDE tube consisting of obstacles of …
[HTML][HTML] Numerical Analysis of Liquid Hydrogen Atomization in a Premixing Tube Using a Volume of Fluid-to-Discrete Particle Model Approach
This paper examines the atomization characteristics of liquid hydrogen fuel in a premixing
tube under different operating conditions. Hydrogen fuel's unique injection morphology and …
tube under different operating conditions. Hydrogen fuel's unique injection morphology and …
Numerical investigation of flame propagation and performance of obstructed pulse detonation engine with variation of hydrogen and air
Pulse detonation engine is a new technique of supersonic wave propagation and stands for
high impulsive thrust. The objective of the present investigation is to analyze the detonation …
high impulsive thrust. The objective of the present investigation is to analyze the detonation …