The analytical expression for the pressure field behind an arbitrary plane shock-wave which encounters a curved boundary at nearly incidence had been obtained. The pressure distribution on the surface for different shocks is calculated and compared with that of a wedge
The paper deals with the transition conditions from regular to irregular two-dimensional shock wave ...
Studies of shock-vortex interactions in the past have predominantly been numerical, with a number of...
AbstractThe problem of shock reflection by a wedge in the flow dominated by the unsteady potential f...
The analytical expression for the pressure field behind an arbitrary plane shock-wave which encount...
Curved shock waves, particularly converging shock waves, have applications in a wide variety of el...
1AbstractCurved shock theory (CST) has been extended to apply to axisymmetric shocks in non-uniform ...
A pointed obstacle is assumed symmetrically placed with respect to a uniform supersonic flow ahead o...
Propagation of a curved shock is governed by a system of shock ray equations which is coupled to an ...
conservation laws, shock dynamics, blast waves, piston problems. Shock ray theory (SRT) has been fou...
AbstractShock wave diffraction occurs when a normal travelling wave passes through a sudden area exp...
Shock wave diffraction occurs when a normal travelling wave passes through a sudden area expansion. ...
Studies of shocks expanding into confined regions lack detailed quantitative data of major flowfield...
Computations are presented for the first two types of incident wave, over the range of incidence ang...
When a plane shock hits a wedge head on, it experiences a reflection and then a self-similar reflect...
AbstractThe problem of shock reflection by a wedge, which the flow is dominated by the unsteady pote...
The paper deals with the transition conditions from regular to irregular two-dimensional shock wave ...
Studies of shock-vortex interactions in the past have predominantly been numerical, with a number of...
AbstractThe problem of shock reflection by a wedge in the flow dominated by the unsteady potential f...
The analytical expression for the pressure field behind an arbitrary plane shock-wave which encount...
Curved shock waves, particularly converging shock waves, have applications in a wide variety of el...
1AbstractCurved shock theory (CST) has been extended to apply to axisymmetric shocks in non-uniform ...
A pointed obstacle is assumed symmetrically placed with respect to a uniform supersonic flow ahead o...
Propagation of a curved shock is governed by a system of shock ray equations which is coupled to an ...
conservation laws, shock dynamics, blast waves, piston problems. Shock ray theory (SRT) has been fou...
AbstractShock wave diffraction occurs when a normal travelling wave passes through a sudden area exp...
Shock wave diffraction occurs when a normal travelling wave passes through a sudden area expansion. ...
Studies of shocks expanding into confined regions lack detailed quantitative data of major flowfield...
Computations are presented for the first two types of incident wave, over the range of incidence ang...
When a plane shock hits a wedge head on, it experiences a reflection and then a self-similar reflect...
AbstractThe problem of shock reflection by a wedge, which the flow is dominated by the unsteady pote...
The paper deals with the transition conditions from regular to irregular two-dimensional shock wave ...
Studies of shock-vortex interactions in the past have predominantly been numerical, with a number of...
AbstractThe problem of shock reflection by a wedge in the flow dominated by the unsteady potential f...
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