This is in continuation of our paper On the propagation of a multi-dimensional shock of arbitrary strength’ published earlier in this journal (Srinivasan and Prasad [9]). We had shown in our paper that Whitham’s shock dynamics, based on intuitive arguments, cannot be relied on for flows other than those involving weak shocks and that too with uniform flow behind the shock. Whitham [12] refers to this as misinterpretation of his approximation and claims that his theory is not only correct but also provides a natural closure of the open system of the equations of Maslov [3]. The main aim of this note is to refute Whitham’s claim with the help of an example and a numerical integration of a problem in gasdynamics
AbstractA new theory for the calculation of the successive positions of a shock is suggested here. F...
A systematic study is made of an unsteady three dimensional motion of a shock wave of arbitrary stre...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...
This is in continuation of our paper On the propagation of a multi-dimensional shock of arbitrary st...
In this paper the kinematics of a curved shock of arbitrary strength has been discussed using the th...
In this paper we have discussed limits of the validity of Whitham's characteristic rule for finding ...
It has been shown that the kinematics of a shock front in an ideal gas with constant specific heat c...
Singular surface theory is used to study the evolutionary behaviour of an unsteady three-dimensional...
This paper investigates the propagation of a strong shock into an inhomogeneous medium using the new...
AbstractAs is well known, two solutions of the problem of a supersonic stationary inviscid nonheatco...
For the case of initially infinitesimally weak spherically and cylindrically imploding shocks, Ponch...
A new theory for the calculation of the successive positions of a shock is suggested here. For one-d...
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...
The new theory of shock dynamics proposed by Ravindran and Prasad has been considered with initial v...
AbstractA new theory for the calculation of the successive positions of a shock is suggested here. F...
A systematic study is made of an unsteady three dimensional motion of a shock wave of arbitrary stre...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...
This is in continuation of our paper On the propagation of a multi-dimensional shock of arbitrary st...
In this paper the kinematics of a curved shock of arbitrary strength has been discussed using the th...
In this paper we have discussed limits of the validity of Whitham's characteristic rule for finding ...
It has been shown that the kinematics of a shock front in an ideal gas with constant specific heat c...
Singular surface theory is used to study the evolutionary behaviour of an unsteady three-dimensional...
This paper investigates the propagation of a strong shock into an inhomogeneous medium using the new...
AbstractAs is well known, two solutions of the problem of a supersonic stationary inviscid nonheatco...
For the case of initially infinitesimally weak spherically and cylindrically imploding shocks, Ponch...
A new theory for the calculation of the successive positions of a shock is suggested here. For one-d...
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...
The new theory of shock dynamics proposed by Ravindran and Prasad has been considered with initial v...
AbstractA new theory for the calculation of the successive positions of a shock is suggested here. F...
A systematic study is made of an unsteady three dimensional motion of a shock wave of arbitrary stre...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...