summary:A second order elliptic problem with axisymmetric data is solved in a finite element space, constructed on a triangulation with curved triangles, in such a way, that the (nonhomogeneous) boundary condition is fulfilled in the sense of a penalty. On the basis of two approximate solutions, extrapolates for both the solution and the boundary flux are defined. Some a priori error estimates are derived, provided the exact solution is regular enough. The paper extends some of the results of J.T. King [6], [7]
AbstractA method for approximating the solution of an elliptic equation with an oblique derivative o...
We obtain a computable lower bound on the value of the interior penalty parameters sufficient for th...
Abstract. We consider an interior penalty discontinuous approximation for sym-metric elliptic proble...
summary:A second order elliptic problem with axisymmetric data is solved in a finite element space, ...
summary:A model shape optimal design in $\mathbb{R}^2$ is solved by means of the penalty method with...
Abstract. We present here some contributions to the numerical analysis of the penalty method in the ...
summary:An axisymmetric second order elliptic problem with mixed boundarz conditions is considered. ...
summary:An axisymmetric second order elliptic problem with mixed boundary conditions is considered. ...
summary:An axisymmetric second order elliptic problem with mixed boundary conditions is considered. ...
summary:A model second order elliptic equation in cylindrical coordinates with mixed boundary condit...
We propose and examine the primal and dual finite element method for solving an axially symmetric el...
We consider a class of two-dimensional problems in classical linear elasticity for which material ov...
This paper presents a nonstandard local approach to Richardson extrapolation, when it is used to inc...
summary:Approximation of nonhomogeneous boundary conditions of Dirichlet and Neumann types is sugges...
Abstract-A method for approximating the solution of an elliptic equation with an oblique derivative ...
AbstractA method for approximating the solution of an elliptic equation with an oblique derivative o...
We obtain a computable lower bound on the value of the interior penalty parameters sufficient for th...
Abstract. We consider an interior penalty discontinuous approximation for sym-metric elliptic proble...
summary:A second order elliptic problem with axisymmetric data is solved in a finite element space, ...
summary:A model shape optimal design in $\mathbb{R}^2$ is solved by means of the penalty method with...
Abstract. We present here some contributions to the numerical analysis of the penalty method in the ...
summary:An axisymmetric second order elliptic problem with mixed boundarz conditions is considered. ...
summary:An axisymmetric second order elliptic problem with mixed boundary conditions is considered. ...
summary:An axisymmetric second order elliptic problem with mixed boundary conditions is considered. ...
summary:A model second order elliptic equation in cylindrical coordinates with mixed boundary condit...
We propose and examine the primal and dual finite element method for solving an axially symmetric el...
We consider a class of two-dimensional problems in classical linear elasticity for which material ov...
This paper presents a nonstandard local approach to Richardson extrapolation, when it is used to inc...
summary:Approximation of nonhomogeneous boundary conditions of Dirichlet and Neumann types is sugges...
Abstract-A method for approximating the solution of an elliptic equation with an oblique derivative ...
AbstractA method for approximating the solution of an elliptic equation with an oblique derivative o...
We obtain a computable lower bound on the value of the interior penalty parameters sufficient for th...
Abstract. We consider an interior penalty discontinuous approximation for sym-metric elliptic proble...