AbstractNumerical treatment of the elliptic boundary value problem with nonsmooth solution by the finite element method is discussed. The nonsmoothness could have its origin in the unsmooth boundary or the differential equation. This paper, which is a survey of the recent results, elaborates among others on the method of auxiliary mapping, the partition of unity finite element method and the hp version of FEM in three-dimensions. Numerical examples illustrate mathematical results
Abstract We solve a Laplacian problem over an L-shaped domain using a singular function boundary int...
. This paper is concerned with the effective numerical treatment of elliptic boundary value problems...
In this chapter, the two-dimensional elasticity problem with a singularity caused by the presence of...
AbstractNumerical treatment of the elliptic boundary value problem with nonsmooth solution by the fi...
The finite element (FE) solutions of a general elliptic equation -div([a ij] ?? ???u) + u = f in an ...
AbstractThe existence and uniqueness of the Rν-generalized solution for the third-boundary-value pro...
AbstractWe compare two numerical methods for the solution of elliptic problems with boundary singula...
AbstractA kind of numerical method is proposed for some elliptic boundary value problems with interf...
We consider a coupling of Finite element (FEM) and Boundary element (BEM) methods for the solution o...
Higher order finite element methods are well-established tools for the analysis of partial different...
AbstractThe accuracy of a finite element numerical approximation of the solution of a partial differ...
AbstractWe describe a finite element method for computation of numerical approximations of the solut...
summary:This article deals with the estimate of exactness of finite element method which is applied ...
summary:The paper is concerned with the study of an elliptic boundary value problem with a nonlinear...
AbstractThe p-version of the finite element method is applied to solve the singularly perturbed two-...
Abstract We solve a Laplacian problem over an L-shaped domain using a singular function boundary int...
. This paper is concerned with the effective numerical treatment of elliptic boundary value problems...
In this chapter, the two-dimensional elasticity problem with a singularity caused by the presence of...
AbstractNumerical treatment of the elliptic boundary value problem with nonsmooth solution by the fi...
The finite element (FE) solutions of a general elliptic equation -div([a ij] ?? ???u) + u = f in an ...
AbstractThe existence and uniqueness of the Rν-generalized solution for the third-boundary-value pro...
AbstractWe compare two numerical methods for the solution of elliptic problems with boundary singula...
AbstractA kind of numerical method is proposed for some elliptic boundary value problems with interf...
We consider a coupling of Finite element (FEM) and Boundary element (BEM) methods for the solution o...
Higher order finite element methods are well-established tools for the analysis of partial different...
AbstractThe accuracy of a finite element numerical approximation of the solution of a partial differ...
AbstractWe describe a finite element method for computation of numerical approximations of the solut...
summary:This article deals with the estimate of exactness of finite element method which is applied ...
summary:The paper is concerned with the study of an elliptic boundary value problem with a nonlinear...
AbstractThe p-version of the finite element method is applied to solve the singularly perturbed two-...
Abstract We solve a Laplacian problem over an L-shaped domain using a singular function boundary int...
. This paper is concerned with the effective numerical treatment of elliptic boundary value problems...
In this chapter, the two-dimensional elasticity problem with a singularity caused by the presence of...