AbstractNumerical results are presented and compared for four conservative upwind difference schemes for the shallow water equations when applied to a severe dam-break problem that generates supercritical flow over a bed of decreasing depth. A comparison is also made when the schemes are used to predict, in an approximate sense, the flow over a dry bed by replacing the dry bed by water of an infinitesimal depth
A simple scheme is developed for treatment of vertical bed topography in shallow water flows. The ef...
AbstractModeling flow discontinuities, due to a numerical approach, often pose severe challenges. In...
AbstractA study of a number of current numerical schemes for the shallow water equations leads to th...
Dam-break problems involve the formation of shocks and rarefaction fans. The performance of 20 expli...
A finite difference scheme based on flux difference splitting is presented for the solution of the o...
AbstractA finite difference scheme based on flux difference splitting is presented for the solution ...
A four equation, one dimensional, shallow water mathematical model, suitable for the numerical simul...
AbstractFinite difference schemes are presented for the solution of the one-dimensional shallow wate...
AbstractNumerical results are presented and compared for the application of finite difference scheme...
Dam-break flows in general geometries with complex bed topography are simulated numerically using a ...
A 2-D depth-averaged hydrodynamic model is developed to simulate propagation of dambreak wave over a...
An ideal scheme for the solution of multidimensional non-linear systems of partial differential equa...
This paper presents numerical solvers, based on the finite volume method. This scheme solves dam bre...
Abstract: For one-dimensional shallow water flows, a version of regularized equations deri...
In this work, a numerical model of one dimensional, mobile bed, dam break flow is described and test...
A simple scheme is developed for treatment of vertical bed topography in shallow water flows. The ef...
AbstractModeling flow discontinuities, due to a numerical approach, often pose severe challenges. In...
AbstractA study of a number of current numerical schemes for the shallow water equations leads to th...
Dam-break problems involve the formation of shocks and rarefaction fans. The performance of 20 expli...
A finite difference scheme based on flux difference splitting is presented for the solution of the o...
AbstractA finite difference scheme based on flux difference splitting is presented for the solution ...
A four equation, one dimensional, shallow water mathematical model, suitable for the numerical simul...
AbstractFinite difference schemes are presented for the solution of the one-dimensional shallow wate...
AbstractNumerical results are presented and compared for the application of finite difference scheme...
Dam-break flows in general geometries with complex bed topography are simulated numerically using a ...
A 2-D depth-averaged hydrodynamic model is developed to simulate propagation of dambreak wave over a...
An ideal scheme for the solution of multidimensional non-linear systems of partial differential equa...
This paper presents numerical solvers, based on the finite volume method. This scheme solves dam bre...
Abstract: For one-dimensional shallow water flows, a version of regularized equations deri...
In this work, a numerical model of one dimensional, mobile bed, dam break flow is described and test...
A simple scheme is developed for treatment of vertical bed topography in shallow water flows. The ef...
AbstractModeling flow discontinuities, due to a numerical approach, often pose severe challenges. In...
AbstractA study of a number of current numerical schemes for the shallow water equations leads to th...