In this paper, a novel approach that allows to use p-adaptation with continuous finite elements is proposed.Under certain conditions, primarily the use of a residual distribution scheme, it is possible to avoid the continuity constraint imposedto the approximate solution, while still retaining the advantages of a method using continuous finite elements. The theoretical material,the complete numerical method and practical results show as a proof of concept that p-adaptation is possible with continuous finite elements, well suited for non linear cases and that this approach brings some advantages
In previous BEM Conferences , the concepts, developments and organisation of the p-adaptive philoso...
The present work is concerned with topics related to some adaptive methods for the approximate solut...
We present an anisotropic $hp-$mesh adaptation strategy using a continuous mesh model for discontinu...
A p-adaptive continuous residual distribution scheme is proposed in this paper. Under certain condit...
In this paper, a novel approach that allows to use p-adaptation with continuous finite elements is p...
A \textit{p}-adaptive continuous Residual Distribution scheme is proposed in this paper.Under certai...
The partition of unity finite element method (PUFEM) proposed in this paper makes it possible to ble...
Cette thèse présente la construction d’un schéma aux Résidus Distribués p-adaptatif pour la discréti...
We study an adaptive finite element method for the p-Laplacian like PDE's using piecewise linear, co...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...
We describe and review (non oscillatory) residual distribution schemes that are rather natural exten...
The purpose of this paper is to address the formulation, implementation, and adaptation of closely c...
A non-intrusive extension to the standard p-version of the finite element method is proposed. Meshes...
The paper presents the possibility of implementing a p-adaptive process with the B.E.M. Although the...
The numerical solution of the homogeneous Dirichlet problem for the p-Laplacian is considered. We pr...
In previous BEM Conferences , the concepts, developments and organisation of the p-adaptive philoso...
The present work is concerned with topics related to some adaptive methods for the approximate solut...
We present an anisotropic $hp-$mesh adaptation strategy using a continuous mesh model for discontinu...
A p-adaptive continuous residual distribution scheme is proposed in this paper. Under certain condit...
In this paper, a novel approach that allows to use p-adaptation with continuous finite elements is p...
A \textit{p}-adaptive continuous Residual Distribution scheme is proposed in this paper.Under certai...
The partition of unity finite element method (PUFEM) proposed in this paper makes it possible to ble...
Cette thèse présente la construction d’un schéma aux Résidus Distribués p-adaptatif pour la discréti...
We study an adaptive finite element method for the p-Laplacian like PDE's using piecewise linear, co...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...
We describe and review (non oscillatory) residual distribution schemes that are rather natural exten...
The purpose of this paper is to address the formulation, implementation, and adaptation of closely c...
A non-intrusive extension to the standard p-version of the finite element method is proposed. Meshes...
The paper presents the possibility of implementing a p-adaptive process with the B.E.M. Although the...
The numerical solution of the homogeneous Dirichlet problem for the p-Laplacian is considered. We pr...
In previous BEM Conferences , the concepts, developments and organisation of the p-adaptive philoso...
The present work is concerned with topics related to some adaptive methods for the approximate solut...
We present an anisotropic $hp-$mesh adaptation strategy using a continuous mesh model for discontinu...