AbstractIn this paper, we investigate the superconvergence properties of the h-p version of the finite element method (FEM) for two-point boundary value problems. A postprocessing technique for the h-p finite element approximation is analyzed. The analysis shows that the postprocess improves the order of convergence. Furthermore, we obtain asymptotically exact a posteriori error estimators based on the postprocessing results. Numerical examples are included to illustrate the theoretical analysis
MR0707821For some variants of the finite element method there exist points having a remainder value ...
Abstract. We introduce a new way of approximating initial condition to the semidiscrete finite eleme...
We study the uniform approximation of boundary layer functions exp(\Gammax=d) for x 2 (0; 1), d 2 (...
AbstractIn this paper, we investigate the superconvergence properties of the h-p version of the fini...
We study superconvergence of a semi-discrete finite element scheme for parabolic problem. Our new sc...
We introduce a new way of approximating initial condition to the semidiscrete finite element method ...
summary:In this paper we are concerned with finite element approximations to the evaluation of Ameri...
Abstract. We study superconvergence of a semi-discrete finite element scheme for para-bolic problem....
Superconvergence approximations of singularly perturbed two-point boundary value problems of reactio...
In this contribution we first give a brief survey of postprocessing techniques for accelerating the ...
A survey of existing nite element superconvergence theory is conducted. The Steklov postprocessing o...
The Finite Element (FE) method is an approximate method and as such the accuracy of its solutions mu...
The finite element solution of certain two-point boundary value problems is discussed. In order to...
We study the strong superconvergence of a semidiscrete finite element scheme for linear parabolic pr...
Due to the character of the original source materials and the nature of batch digitization, quality ...
MR0707821For some variants of the finite element method there exist points having a remainder value ...
Abstract. We introduce a new way of approximating initial condition to the semidiscrete finite eleme...
We study the uniform approximation of boundary layer functions exp(\Gammax=d) for x 2 (0; 1), d 2 (...
AbstractIn this paper, we investigate the superconvergence properties of the h-p version of the fini...
We study superconvergence of a semi-discrete finite element scheme for parabolic problem. Our new sc...
We introduce a new way of approximating initial condition to the semidiscrete finite element method ...
summary:In this paper we are concerned with finite element approximations to the evaluation of Ameri...
Abstract. We study superconvergence of a semi-discrete finite element scheme for para-bolic problem....
Superconvergence approximations of singularly perturbed two-point boundary value problems of reactio...
In this contribution we first give a brief survey of postprocessing techniques for accelerating the ...
A survey of existing nite element superconvergence theory is conducted. The Steklov postprocessing o...
The Finite Element (FE) method is an approximate method and as such the accuracy of its solutions mu...
The finite element solution of certain two-point boundary value problems is discussed. In order to...
We study the strong superconvergence of a semidiscrete finite element scheme for linear parabolic pr...
Due to the character of the original source materials and the nature of batch digitization, quality ...
MR0707821For some variants of the finite element method there exist points having a remainder value ...
Abstract. We introduce a new way of approximating initial condition to the semidiscrete finite eleme...
We study the uniform approximation of boundary layer functions exp(\Gammax=d) for x 2 (0; 1), d 2 (...