Add to ORKGAbstract. A new theory of shock dynamics (NTSD) has been derived in the form of a finite number of compatibility conditions along shock rays. It has been used to study the growth and decay of shock strengths for spherical and cylindrical pistons starting from a non-zero velocity. Further a weak shock theory has been derived using a simple perturbation method which admits an exact solution and also agrees with the classical decay laws for weak spherical and cylindrical shocks
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
A new theory for the calculation of the successive positions of a shock is suggested here. For one-d...
Abstract: Small perturbation technique is used to consider linear stability of a thin shel...
A new theory of shock dynamics has been developed in the form of a finite number of compatibility co...
conservation laws, shock dynamics, blast waves, piston problems. Shock ray theory (SRT) has been fou...
In this paper, we construct the exact solution for fluid motion caused by the uniform expansion of a...
In this paper, we study the propagation of a shock wave in water, produced by the expansion of a sph...
Converging shock waves in an almost ideal medium are considered. The kinematics of one-dimensional m...
A study of compression waves produced in water by thsnon-uniform expansion of a cylindrical piston o...
We consider the evolution of a shock wave generated by an impulsively accelerated, two-dimensional, ...
We consider an expanding three-dimensional (3-D) piston as a driver of an MHD shock wave. It is assu...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
If a piston with constant velocity moves into a shock tube containing material at rest and at unifor...
International audienceGeometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wav...
AbstractA new theory for the calculation of the successive positions of a shock was suggested in Par...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
A new theory for the calculation of the successive positions of a shock is suggested here. For one-d...
Abstract: Small perturbation technique is used to consider linear stability of a thin shel...
A new theory of shock dynamics has been developed in the form of a finite number of compatibility co...
conservation laws, shock dynamics, blast waves, piston problems. Shock ray theory (SRT) has been fou...
In this paper, we construct the exact solution for fluid motion caused by the uniform expansion of a...
In this paper, we study the propagation of a shock wave in water, produced by the expansion of a sph...
Converging shock waves in an almost ideal medium are considered. The kinematics of one-dimensional m...
A study of compression waves produced in water by thsnon-uniform expansion of a cylindrical piston o...
We consider the evolution of a shock wave generated by an impulsively accelerated, two-dimensional, ...
We consider an expanding three-dimensional (3-D) piston as a driver of an MHD shock wave. It is assu...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
If a piston with constant velocity moves into a shock tube containing material at rest and at unifor...
International audienceGeometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wav...
AbstractA new theory for the calculation of the successive positions of a shock was suggested in Par...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
A new theory for the calculation of the successive positions of a shock is suggested here. For one-d...
Abstract: Small perturbation technique is used to consider linear stability of a thin shel...