AbstractThe main purpose of the paper is a numerical comparison of three integration methods for semi-discrete parabolic partial differential equations in two space variables. Linear as well as nonlinear,equations are considered. The integration methods are the well-known ADI method of Peaceman and Rachford, a global extrapolation scheme of the classical ADI method to order four and a fourth order, four-step ADI splitting method
AbstractThe peripheral and ADI hopscotch methods are extended to solve problems in two space dimensi...
AbstractIn this article, two-level implicit difference methods of O(k2 + h4) using 19-spatial grid p...
Abstract. We are concerned with the numerical solution obtained by splitting methods of certain para...
AbstractThe main purpose of the paper is a numerical comparison of three integration methods for sem...
AbstractA numerical comparison is made between three integration methods for semi-discrete parabolic...
AbstractNonclassical parabolic initial-boundary value problems arise in the study of several importa...
In this article we discuss a combination between fourth-order finite difference methods and fourth-o...
AbstractIn this article, two-level compact implicit difference methods of O(k2 + kh2 + h4) using 9-s...
In this paper, several splitting methods are discussed which can be used to solve fourth order parab...
In this paper we develop a sixth-order compact scheme coupled with Alternating Direction Implicit (A...
Thesis (Ph.D.), Department of Mathematics, Washington State UniversityThis dissertation presents a r...
AbstractIn this paper we develop a sixth-order compact scheme coupled with Alternating Direction Imp...
This study was suggested by previous work on the simulation of evolution equations with scale-depen...
The thesis commences with a description and classification of partial differential equations and the...
In this paper a general method is introduced for determining the stability and convergence of differ...
AbstractThe peripheral and ADI hopscotch methods are extended to solve problems in two space dimensi...
AbstractIn this article, two-level implicit difference methods of O(k2 + h4) using 19-spatial grid p...
Abstract. We are concerned with the numerical solution obtained by splitting methods of certain para...
AbstractThe main purpose of the paper is a numerical comparison of three integration methods for sem...
AbstractA numerical comparison is made between three integration methods for semi-discrete parabolic...
AbstractNonclassical parabolic initial-boundary value problems arise in the study of several importa...
In this article we discuss a combination between fourth-order finite difference methods and fourth-o...
AbstractIn this article, two-level compact implicit difference methods of O(k2 + kh2 + h4) using 9-s...
In this paper, several splitting methods are discussed which can be used to solve fourth order parab...
In this paper we develop a sixth-order compact scheme coupled with Alternating Direction Implicit (A...
Thesis (Ph.D.), Department of Mathematics, Washington State UniversityThis dissertation presents a r...
AbstractIn this paper we develop a sixth-order compact scheme coupled with Alternating Direction Imp...
This study was suggested by previous work on the simulation of evolution equations with scale-depen...
The thesis commences with a description and classification of partial differential equations and the...
In this paper a general method is introduced for determining the stability and convergence of differ...
AbstractThe peripheral and ADI hopscotch methods are extended to solve problems in two space dimensi...
AbstractIn this article, two-level implicit difference methods of O(k2 + h4) using 19-spatial grid p...
Abstract. We are concerned with the numerical solution obtained by splitting methods of certain para...