Abstract In this paper, we describe a comparison of two spatial discretization schemes for the advection equation, namely the first finite difference method and the method of lines. The stability of the methods has been studied by Von Neumann method and with the matrix analysis. The methods are applied to a number of test problems to compare the accuracy and computational efficiency. We show that both discretization techniques approximate correctly solution of advection equation and compare their accuracy and performance
AbstractWe investigate several existing interface procedures for finite difference methods applied t...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
Abstract: In this paper the stability of finite difference schemes with artificial dispers...
Abstract: The paper is aimed at the analysis of the most well known two-level finite-diffe...
AbstractWe report on the dispersion and dissipation properties of numerical schemes aimed at solving...
Abstarct: Advection-diffusion equation with constant and variable coefficients has a wide range of p...
Bibliography : leaves 211-216216 leaves : ill ; 20 cm.Thesis (Ph.D.)--University of Adelaide, Dept. ...
A simple, robust, mass-conserving numerical scheme for solving the linear advection equation is desc...
International audienceThis paper presents the general modified equation for a family of finite-diffe...
AbstractIn this study an explicit central difference approximation of the generalized leap-frog type...
This report presents a detailed multi-methods comparison of the spatial errors associated with finit...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
AbstractThe study of the advection–diffusion equation continues to be an active field of research. T...
The paper compares some explicit numerical methods for solving the advection equation that could be ...
AbstractWe investigate several existing interface procedures for finite difference methods applied t...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
Abstract: In this paper the stability of finite difference schemes with artificial dispers...
Abstract: The paper is aimed at the analysis of the most well known two-level finite-diffe...
AbstractWe report on the dispersion and dissipation properties of numerical schemes aimed at solving...
Abstarct: Advection-diffusion equation with constant and variable coefficients has a wide range of p...
Bibliography : leaves 211-216216 leaves : ill ; 20 cm.Thesis (Ph.D.)--University of Adelaide, Dept. ...
A simple, robust, mass-conserving numerical scheme for solving the linear advection equation is desc...
International audienceThis paper presents the general modified equation for a family of finite-diffe...
AbstractIn this study an explicit central difference approximation of the generalized leap-frog type...
This report presents a detailed multi-methods comparison of the spatial errors associated with finit...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
AbstractThe study of the advection–diffusion equation continues to be an active field of research. T...
The paper compares some explicit numerical methods for solving the advection equation that could be ...
AbstractWe investigate several existing interface procedures for finite difference methods applied t...
Up to tenth-order finite difference schemes are proposed in this paper to solve one-dimensional adve...
Abstract: In this paper the stability of finite difference schemes with artificial dispers...