A posteriori error estimators based on quasi-norm gradient recovery are established for the finite element approximation of the p-Laplacian on unstructured meshes. The new a posteriori error estimators provide both upper and lower bounds in the quasi-norm for the discretization error. The main tools for the proofs of reliability are approximation error estimates for a local approximation operator in the quasi-norm
Breit D, Diening L, Schwarzacher S. Finite element approximation of the $p(\cdot)$-Laplacian. SIAM J...
We derive energy-norm a posteriori error bounds using gradient recovery (ZZ) estimators to control t...
This paper considers a posteriori error estimates by averaged gradients in second order parabolic pr...
In this paper, we first derive a posteriori error estimators of residual type for the finite elemen...
In this paper, we extend the quasi-norm techniques used in a priori error estimation of finite eleme...
In this paper, we derive quasi-norm a priori and a posteriori error estimates for the Crouzeix-Ravia...
In this paper, we derive a posteriori error estimates in the quasi-norm for the finite element appro...
In this work, new interpolation error estimates have been derived for some well-known interpolators ...
We generalize the a posteriori techniques for the linear heat equation in [Ver03] to the case of the...
In this paper, we establish a series of interpolation error estimates for several widely used avera...
For the linear finite element solution to a linear elliptic model problem, we derive an error estima...
Abstract. Two types of pointwise a posteriori error estimates are presented for gradients of finite ...
AbstractIn this paper, we present a posteriori error analysis for hp finite element approximation of...
Abstract. In this paper, we consider the a posteriori error estimates of the finite volume element m...
Abstract. We obtain a computable a posteriori error bound on the broken energy norm of the error in ...
Breit D, Diening L, Schwarzacher S. Finite element approximation of the $p(\cdot)$-Laplacian. SIAM J...
We derive energy-norm a posteriori error bounds using gradient recovery (ZZ) estimators to control t...
This paper considers a posteriori error estimates by averaged gradients in second order parabolic pr...
In this paper, we first derive a posteriori error estimators of residual type for the finite elemen...
In this paper, we extend the quasi-norm techniques used in a priori error estimation of finite eleme...
In this paper, we derive quasi-norm a priori and a posteriori error estimates for the Crouzeix-Ravia...
In this paper, we derive a posteriori error estimates in the quasi-norm for the finite element appro...
In this work, new interpolation error estimates have been derived for some well-known interpolators ...
We generalize the a posteriori techniques for the linear heat equation in [Ver03] to the case of the...
In this paper, we establish a series of interpolation error estimates for several widely used avera...
For the linear finite element solution to a linear elliptic model problem, we derive an error estima...
Abstract. Two types of pointwise a posteriori error estimates are presented for gradients of finite ...
AbstractIn this paper, we present a posteriori error analysis for hp finite element approximation of...
Abstract. In this paper, we consider the a posteriori error estimates of the finite volume element m...
Abstract. We obtain a computable a posteriori error bound on the broken energy norm of the error in ...
Breit D, Diening L, Schwarzacher S. Finite element approximation of the $p(\cdot)$-Laplacian. SIAM J...
We derive energy-norm a posteriori error bounds using gradient recovery (ZZ) estimators to control t...
This paper considers a posteriori error estimates by averaged gradients in second order parabolic pr...