The numerical method involving both the method of integral relations and the method of characteristics have been applied to investigate the steady flow phenomena associated with the accurrence of Mach reflection and Mach disc from nozzle flows. The solutions of triple-shock intersection are presented. The regime where Mach configuration appears is defines for the inviscid analysis. The method of integral relations developed for the blunt body problem is modified and extended to the attached shock wave and to internal nozzle flow problems
北九州市立大学博士(工学)The supersonic jet issuing from circular and elliptic exit of convergent-divergent nozz...
A viscous-inviscid interaction method to calculate the subsonic and transonic flow over nozzle after...
This report summarizes work accomplished under Contract No. NAS1-12726 towards the development of co...
International audienceThe transition from regular to Mach reflection in a supersonic planar jet oper...
A combined analytical and numerical study is conducted to investigate the asymmetric cap-shock non-u...
In this paper, we study the Mach reflection phenomenon in inviscid flows using a higher order discon...
The application of the method of integral relations to nozzle and ejector flow problems was examined...
AbstractWhen the pressure ratio increases from the perfectly expanded condition to the third limited...
A second order numerical method employing reference plane characteristics has been developed for the...
A Neumann solution for inviscid external flow was coupled to a modified Reshotko-Tucker integral bou...
The investigation of Mach reflection formed after the impingement of a weak plane shock wave on a we...
The performance of a three-dimensional Navier-Stokes solution technique in predicting the transonic ...
When the pressure ratio increases from the perfectly expanded condition to the third limited conditi...
In the case of high overexpansion, the exhaust jet of the supersonic nozzle of rocket engines separa...
A study based on inviscid analysis was conducted to examine the flow field produced from a convergen...
北九州市立大学博士(工学)The supersonic jet issuing from circular and elliptic exit of convergent-divergent nozz...
A viscous-inviscid interaction method to calculate the subsonic and transonic flow over nozzle after...
This report summarizes work accomplished under Contract No. NAS1-12726 towards the development of co...
International audienceThe transition from regular to Mach reflection in a supersonic planar jet oper...
A combined analytical and numerical study is conducted to investigate the asymmetric cap-shock non-u...
In this paper, we study the Mach reflection phenomenon in inviscid flows using a higher order discon...
The application of the method of integral relations to nozzle and ejector flow problems was examined...
AbstractWhen the pressure ratio increases from the perfectly expanded condition to the third limited...
A second order numerical method employing reference plane characteristics has been developed for the...
A Neumann solution for inviscid external flow was coupled to a modified Reshotko-Tucker integral bou...
The investigation of Mach reflection formed after the impingement of a weak plane shock wave on a we...
The performance of a three-dimensional Navier-Stokes solution technique in predicting the transonic ...
When the pressure ratio increases from the perfectly expanded condition to the third limited conditi...
In the case of high overexpansion, the exhaust jet of the supersonic nozzle of rocket engines separa...
A study based on inviscid analysis was conducted to examine the flow field produced from a convergen...
北九州市立大学博士(工学)The supersonic jet issuing from circular and elliptic exit of convergent-divergent nozz...
A viscous-inviscid interaction method to calculate the subsonic and transonic flow over nozzle after...
This report summarizes work accomplished under Contract No. NAS1-12726 towards the development of co...