In the case of high overexpansion, the exhaust jet of the supersonic nozzle of rocket engines separates from nozzle wall because of the large adverse pressure gradient. Correspondingly, to match the pressure of the separated flow region, an oblique shock is generated which evolves through the supersonic jet starting approximately at the separation point. This shock reflects on the nozzle axis with a Mach reflection. Thus, a peculiar Mach reflection takes place whose features depend on the upstream flow conditions, which are usually not uniform. The expected features of Mach reflection may become much difficult to predict, depending on the nozzle shape and the position of the separation point along the divergent section of the nozzle
This paper examines the flow structures emanating from convergent-divergent nozzles with conical sec...
International audienceTruncated Ideal Contour nozzles operating at off-design conditions encounter o...
Using the example of studying the supersonic underexpanded jet initial section, the issue of interpr...
In case of high overexpansion, the exhaust jet of the supersonic nozzle of rocket engines separates ...
As a part of an aerodynamics Ecole Polytechnique project, separation modes which occur in supersonic...
The performance of liquid rocket engines is presently limited by the side loads that take place duri...
Numerical simulations of overexpanded rocket nozzle flows show three kinds of flow separation struct...
The plumes of ideal plane and axisymmetric nozzles as well as the plumes of existing rocket engines ...
Flow separation in nozzles of rocket engines is undesired because it can lead to dangerous lateral f...
International audienceThe transition from regular to Mach reflection in a supersonic planar jet oper...
Separated flows in rocket nozzles due to overexpansion are known to lead to side loads on the nozzle...
The current paper discusses the exhaust flow features and the various unsteady flow separation chara...
This study evaluates the role of shock wave motion on the instability of the plume exiting an over-e...
A delayed detached eddy simulation of an overexpanded nozzle flow with shock-induced separation is c...
Separation of supersonic flow in a planar convergent-divergent nozzle with moderate expansion ratio ...
This paper examines the flow structures emanating from convergent-divergent nozzles with conical sec...
International audienceTruncated Ideal Contour nozzles operating at off-design conditions encounter o...
Using the example of studying the supersonic underexpanded jet initial section, the issue of interpr...
In case of high overexpansion, the exhaust jet of the supersonic nozzle of rocket engines separates ...
As a part of an aerodynamics Ecole Polytechnique project, separation modes which occur in supersonic...
The performance of liquid rocket engines is presently limited by the side loads that take place duri...
Numerical simulations of overexpanded rocket nozzle flows show three kinds of flow separation struct...
The plumes of ideal plane and axisymmetric nozzles as well as the plumes of existing rocket engines ...
Flow separation in nozzles of rocket engines is undesired because it can lead to dangerous lateral f...
International audienceThe transition from regular to Mach reflection in a supersonic planar jet oper...
Separated flows in rocket nozzles due to overexpansion are known to lead to side loads on the nozzle...
The current paper discusses the exhaust flow features and the various unsteady flow separation chara...
This study evaluates the role of shock wave motion on the instability of the plume exiting an over-e...
A delayed detached eddy simulation of an overexpanded nozzle flow with shock-induced separation is c...
Separation of supersonic flow in a planar convergent-divergent nozzle with moderate expansion ratio ...
This paper examines the flow structures emanating from convergent-divergent nozzles with conical sec...
International audienceTruncated Ideal Contour nozzles operating at off-design conditions encounter o...
Using the example of studying the supersonic underexpanded jet initial section, the issue of interpr...