AbstractThis paper deals with the use of NTSD (the new theory of shock dynamics) to study the propagation of discontinuities, when more than one discontinuity is present in the initial data for a model equation. Even when the initial data is a CN0 function (N large) with a leading discontinuity, the paper demonstrates how NTSD can be effectively used by replacing the initial data by piecewise analytic data in suitable intervals. A comparative study of use of NTSD with other methods of solution, including the exact one, is undertaken here
AbstractA new theory for the calculation of the successive positions of a shock was suggested in Par...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
This paper deals with the use of NTSD (the new theory of shock dynamics) to study the propagation of...
AbstractThis paper deals with the use of NTSD (the new theory of shock dynamics) to study the propag...
AbstractThe new theory of shock dynamics gives a system of n + 2 equations, the solution of which de...
AbstractThis paper investigates the error involved in approximating a simple model equation, with an...
This paper investigates the error involved in approximating a simple model equation, with an initial...
The new theory of shock dynamics gives a system of n + 2 equations, the solution of which determines...
A new theory of shock dynamics (NTSD) with analytic considerations and a numerical solution has alre...
AbstractA new theory for the calculation of the successive positions of a shock is suggested here. F...
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...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
AbstractA new theory for the calculation of the successive positions of a shock was suggested in Par...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...
This paper deals with the use of NTSD (the new theory of shock dynamics) to study the propagation of...
AbstractThis paper deals with the use of NTSD (the new theory of shock dynamics) to study the propag...
AbstractThe new theory of shock dynamics gives a system of n + 2 equations, the solution of which de...
AbstractThis paper investigates the error involved in approximating a simple model equation, with an...
This paper investigates the error involved in approximating a simple model equation, with an initial...
The new theory of shock dynamics gives a system of n + 2 equations, the solution of which determines...
A new theory of shock dynamics (NTSD) with analytic considerations and a numerical solution has alre...
AbstractA new theory for the calculation of the successive positions of a shock is suggested here. F...
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...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
AbstractA new theory for the calculation of the successive positions of a shock was suggested in Par...
A new shock-tracking technique that avoids re-meshing the computational grid around the moving shock...
A new theory for the calculation of the successive positions of a shock was suggested in Part I. For...