We show that a non-standard mixed finite element method proposed by Barrios and Gatica in 2007, is a higher order perturbation of the least-squares mixed finite element method. Therefore, it is also superconvergent whenever the least-squares mixed finite element method is superconvergent. Superconvergence of the latter was earlier investigated by Brandts, Chen and Yang between 2004 and 2006. Since the new method leads to a non-symmetric system matrix, its application seems however more expensive than applying the least-squares mixed finite element method
In this paper, a nonconforming mixed finite element approximat-ing to the three-dimensional time-har...
The fourth-order nonlinear Sivashinsky equation is often used to simulate a planar solid-liquid inte...
We give a survey of superconvergence phenomena of the finite element method. Further we describe Zlá...
summary:We show that a non-standard mixed finite element method proposed by Barrios and Gatica in 2...
In this dissertation, we develop new superconvergence estimates of mixed and nonconforming finite el...
Abstract. This paper develops a general superconvergence result for the least-squares mixed finite e...
AbstractIn this paper we prove some superconvergence of a new family of mixed finite element spaces ...
In this paper, we present a superconvergence result for the mixed finite element approximations of g...
Abstract In this paper, a low order nonconforming mixed finite element method (MFEM) is studied with...
Abstract. In this paper we extend the mixed finite element method and its L2−error estimate for post...
. We consider mixed finite element methods for second order elliptic equations on non-matching multi...
A survey of existing nite element superconvergence theory is conducted. The Steklov postprocessing o...
Abstract. We consider control-volume mixed finite element methods for the approximation of second-or...
A family of mixed finite elements is proposed for solving the first order system of linear elasticit...
Abstract. We introduce a new way of approximating initial condition to the semidiscrete finite eleme...
In this paper, a nonconforming mixed finite element approximat-ing to the three-dimensional time-har...
The fourth-order nonlinear Sivashinsky equation is often used to simulate a planar solid-liquid inte...
We give a survey of superconvergence phenomena of the finite element method. Further we describe Zlá...
summary:We show that a non-standard mixed finite element method proposed by Barrios and Gatica in 2...
In this dissertation, we develop new superconvergence estimates of mixed and nonconforming finite el...
Abstract. This paper develops a general superconvergence result for the least-squares mixed finite e...
AbstractIn this paper we prove some superconvergence of a new family of mixed finite element spaces ...
In this paper, we present a superconvergence result for the mixed finite element approximations of g...
Abstract In this paper, a low order nonconforming mixed finite element method (MFEM) is studied with...
Abstract. In this paper we extend the mixed finite element method and its L2−error estimate for post...
. We consider mixed finite element methods for second order elliptic equations on non-matching multi...
A survey of existing nite element superconvergence theory is conducted. The Steklov postprocessing o...
Abstract. We consider control-volume mixed finite element methods for the approximation of second-or...
A family of mixed finite elements is proposed for solving the first order system of linear elasticit...
Abstract. We introduce a new way of approximating initial condition to the semidiscrete finite eleme...
In this paper, a nonconforming mixed finite element approximat-ing to the three-dimensional time-har...
The fourth-order nonlinear Sivashinsky equation is often used to simulate a planar solid-liquid inte...
We give a survey of superconvergence phenomena of the finite element method. Further we describe Zlá...