Add to ORKGFinite difference method to obtain numerical results on normal shock wave diffraction by sphere and subsequent transient flo
This paper describes shock-wave flows through a tube with a sudden change in its cross section. A Di...
A time dependent finite difference method used to calculate blunt body flows with impinging shock is...
Two-dimensional and three-dimensional computational fluid dynamics studies of a spherical bubble imp...
Finite difference method of solving normal shock wave-sphere interaction problem for ideal and real ...
The diffraction of a shock wave over a stationary body is a problem of interest associated with the ...
As is well known when a shock wave is emitted from an open end of a tube, an expansion wave and a vo...
The two dimensional, time dependent Euler equations which govern the flow field resulting from the i...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...
Shock-wave diffraction over double concave cylindrical surfaces has been numerically investigated at...
A combined experimental-numerical study was conducted to determine the effect of bleeding on the pro...
The theory of shock dynamics in two dimensions is reformulated to treat shock propagation in a non-u...
Modification of mathematical approach to general body problem for investigating direct shock wave pr...
In this report a procedure is considered for fitting shock waves in transonic type-dependent finite-...
Finite difference techniques used in numerical solutions for inviscid radiating shock layers around ...
A method for determining shock-wave shapes, stagnation-point location, and flow-field properties for...
This paper describes shock-wave flows through a tube with a sudden change in its cross section. A Di...
A time dependent finite difference method used to calculate blunt body flows with impinging shock is...
Two-dimensional and three-dimensional computational fluid dynamics studies of a spherical bubble imp...
Finite difference method of solving normal shock wave-sphere interaction problem for ideal and real ...
The diffraction of a shock wave over a stationary body is a problem of interest associated with the ...
As is well known when a shock wave is emitted from an open end of a tube, an expansion wave and a vo...
The two dimensional, time dependent Euler equations which govern the flow field resulting from the i...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...
Shock-wave diffraction over double concave cylindrical surfaces has been numerically investigated at...
A combined experimental-numerical study was conducted to determine the effect of bleeding on the pro...
The theory of shock dynamics in two dimensions is reformulated to treat shock propagation in a non-u...
Modification of mathematical approach to general body problem for investigating direct shock wave pr...
In this report a procedure is considered for fitting shock waves in transonic type-dependent finite-...
Finite difference techniques used in numerical solutions for inviscid radiating shock layers around ...
A method for determining shock-wave shapes, stagnation-point location, and flow-field properties for...
This paper describes shock-wave flows through a tube with a sudden change in its cross section. A Di...
A time dependent finite difference method used to calculate blunt body flows with impinging shock is...
Two-dimensional and three-dimensional computational fluid dynamics studies of a spherical bubble imp...