Abstract: Based on the concept of alternating group and domain decomposition, we present a class of alternating group explicit-implicit method and an alternating group Crank-Nicolson method for solving convection-diffusion equation. Both of the two methods are effective in convection dominant cases. The concept of the construction of the methods is also be applied to 2D convection-diffusion equations. Numerical results show the present methods are superior to the known methods in [6,11,16]. Key–Words: convection-diffusion equation, finite difference, parallel computation, exponential-type transforma-tion, alternating grou
AbstractDifference methods for solving the convection-diffusion equation are discussed. The superior...
In this paper, the alternating direction implicit (ADI) method reported in [You (2006)] for the conv...
AbstractBased upon the streamline diffusion method, parallel Galerkin domain decomposition procedure...
Abstract:- Based on the concept of decomposition, two alternating group explicit methods are constr...
Abstract: Based on the concept of domain decomposition we construct a class of alternating group exp...
The finite difference method such as alternating group iterative methods is useful in numerical meth...
Abstract: In this paper, we present a high order unconditionally stable implicit scheme for diffusio...
AbstractBased on domain decomposition and multi-layer explicit computation technique, one new explic...
Abstract: Implicit difference scheme with second order of accuracy is constructed for conv...
In this paper, we present the four points Explicit Group (EG) and Explicit Decoupled Group (EDG) sc...
An unconditionally stable alternating direction explicit scheme (ADE) to solve the one-dimensional u...
AbstractWe consider here the finite difference approximation to the diffusion-convection equation, f...
When solving convection-diffusion equations using the finite difference schemes, the convection term...
A Shannon-Rugge-Kutta-Gill method for solving convection-diffusion equations is discussed. This appr...
ABSTRACT: This paper presents a finite element procedure for solving tran-sient, multidimensional c...
AbstractDifference methods for solving the convection-diffusion equation are discussed. The superior...
In this paper, the alternating direction implicit (ADI) method reported in [You (2006)] for the conv...
AbstractBased upon the streamline diffusion method, parallel Galerkin domain decomposition procedure...
Abstract:- Based on the concept of decomposition, two alternating group explicit methods are constr...
Abstract: Based on the concept of domain decomposition we construct a class of alternating group exp...
The finite difference method such as alternating group iterative methods is useful in numerical meth...
Abstract: In this paper, we present a high order unconditionally stable implicit scheme for diffusio...
AbstractBased on domain decomposition and multi-layer explicit computation technique, one new explic...
Abstract: Implicit difference scheme with second order of accuracy is constructed for conv...
In this paper, we present the four points Explicit Group (EG) and Explicit Decoupled Group (EDG) sc...
An unconditionally stable alternating direction explicit scheme (ADE) to solve the one-dimensional u...
AbstractWe consider here the finite difference approximation to the diffusion-convection equation, f...
When solving convection-diffusion equations using the finite difference schemes, the convection term...
A Shannon-Rugge-Kutta-Gill method for solving convection-diffusion equations is discussed. This appr...
ABSTRACT: This paper presents a finite element procedure for solving tran-sient, multidimensional c...
AbstractDifference methods for solving the convection-diffusion equation are discussed. The superior...
In this paper, the alternating direction implicit (ADI) method reported in [You (2006)] for the conv...
AbstractBased upon the streamline diffusion method, parallel Galerkin domain decomposition procedure...
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