We study an upwind finite difference scheme for detonation waves. Convergences to weak and strong solutions are discussed with some extra hypothesis. A numerical example shows that beyond these hypothesis, the situation could be more complicated and interesting. ? 2003 Elsevier B.V. All rights reserved.EI1185-19315
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AbstractWe study an upwind finite difference scheme for detonation waves. Convergences to weak and s...
We study a projection and upwind finite difference scheme for a combustion model problem. Convergenc...
We study a finite difference scheme for a combustion model problem. A projection scheme near the com...
We consider the numerical computation of one-dimensional detonation waves. Detonation waves are trav...
We study the dependence of qualitative behavior of the numerical solutions (obtained by a projective...
In this paper, we demonstrate the detailed numerical studies of three classical two dimension-al det...
In this article, we prove stability of strong detonation waves and find their rate of convergence fo...
this article the behavior of the solution with varying ratio of these two scales is studied. This is...
Finite-difference schemes for computing blow-up solutions of one dimensional nonlinear wave equation...
We study the asymptotic behavior of solutions to a combustion model which contains the effect of con...
[[abstract]]Two finite-difference methods are proposed for solving wave instability problems with an...
WOS:000360952400005International audienceThis paper deals with some salient features of numerical de...
In this paper, we apply high-order finite difference (FD) schemes for multispecies and multireaction...
Finding the effect of a structure with known parameters such as geometry, velocity and density under...
This paper contributes to the topic of unphysical one-cell-per-time-step travelling combustion wave ...
AbstractWe study an upwind finite difference scheme for detonation waves. Convergences to weak and s...
We study a projection and upwind finite difference scheme for a combustion model problem. Convergenc...
We study a finite difference scheme for a combustion model problem. A projection scheme near the com...
We consider the numerical computation of one-dimensional detonation waves. Detonation waves are trav...
We study the dependence of qualitative behavior of the numerical solutions (obtained by a projective...
In this paper, we demonstrate the detailed numerical studies of three classical two dimension-al det...
In this article, we prove stability of strong detonation waves and find their rate of convergence fo...
this article the behavior of the solution with varying ratio of these two scales is studied. This is...
Finite-difference schemes for computing blow-up solutions of one dimensional nonlinear wave equation...
We study the asymptotic behavior of solutions to a combustion model which contains the effect of con...
[[abstract]]Two finite-difference methods are proposed for solving wave instability problems with an...
WOS:000360952400005International audienceThis paper deals with some salient features of numerical de...
In this paper, we apply high-order finite difference (FD) schemes for multispecies and multireaction...
Finding the effect of a structure with known parameters such as geometry, velocity and density under...
This paper contributes to the topic of unphysical one-cell-per-time-step travelling combustion wave ...
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