We prove that finite-difference schemes can be con-structed having exactly the same linear stability proper-ties as the corresponding differential equation. This holds for all step-sizes h > 0. The major implication of this result is that an important source of numerical instabilities is eliminated. The derived result is a conse�quence of using a generalized definition of the first derivative of a function
Stability conditions for a class of functional differential equations are studied. The results show ...
General n-point formulae for difference operators and their errors are derived in terms of elementar...
\iThe stability of numerical schemes for solving algebraic finite-difference equations resulting fro...
AbstractWe construct a class of finite-difference schemes for two coupled first-order ordinary diffe...
The stability of a finite difference scheme is related explicitly to the stability of the continuous...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
A family of conditionally stable, forward Euler finite difference equations can be constructed for t...
AbstractA local stability analysis is given for both the analytic and numerical solutions of the ini...
This paper gives an introduction to nonstandard finite difference methods useful for the constructio...
AbstractSeveral algorithms have been proposed for the stable numerical computation of non-dominant s...
International audienceWe study the stability of finite difference schemes for hyperbolic initial bou...
AbstractStability problems related to some finite-difference representations of the one-dimensional ...
ABSTRACT For any numerical method to be efficient, ingenious and computationally reliable, it is exp...
International audienceWe study the stability of finite difference schemes for hyperbolic initial bou...
Work on the construction of finite difference models of differential equations having zero truncatio...
Stability conditions for a class of functional differential equations are studied. The results show ...
General n-point formulae for difference operators and their errors are derived in terms of elementar...
\iThe stability of numerical schemes for solving algebraic finite-difference equations resulting fro...
AbstractWe construct a class of finite-difference schemes for two coupled first-order ordinary diffe...
The stability of a finite difference scheme is related explicitly to the stability of the continuous...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
A family of conditionally stable, forward Euler finite difference equations can be constructed for t...
AbstractA local stability analysis is given for both the analytic and numerical solutions of the ini...
This paper gives an introduction to nonstandard finite difference methods useful for the constructio...
AbstractSeveral algorithms have been proposed for the stable numerical computation of non-dominant s...
International audienceWe study the stability of finite difference schemes for hyperbolic initial bou...
AbstractStability problems related to some finite-difference representations of the one-dimensional ...
ABSTRACT For any numerical method to be efficient, ingenious and computationally reliable, it is exp...
International audienceWe study the stability of finite difference schemes for hyperbolic initial bou...
Work on the construction of finite difference models of differential equations having zero truncatio...
Stability conditions for a class of functional differential equations are studied. The results show ...
General n-point formulae for difference operators and their errors are derived in terms of elementar...
\iThe stability of numerical schemes for solving algebraic finite-difference equations resulting fro...