Abstract. In the hp-adaptive version of the finite element method for solving partial differential equations, the grid is adaptively refined in both h, the size of the elements, and p, the degree of the piecewise polynomial approximation over the element. The selection of which elements to refine is determined by a local a posteriori error indicator, and is well established. But the determination of whether the element should be refined by h or p is still open. In this paper, we describe several strategies that have been proposed for making this determination. A numerical example to illustrate the effectiveness of these strategies will be presented
Adaptive hp spectral/finite element methods, in which both grid size h and local polynomial order p ...
In this work, we report on an ongoing project to implement an hp-adaptive finite element method. The...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...
The hp version of the finite element method (hp-FEM) combined with adaptive mesh refinement is a par...
Even though a tremendous effort has been devoted to the area of transient analysis, many of these mo...
International audienceWe propose a new practical adaptive refinement strategy for $hp$-finite elemen...
International audienceWe propose a new practical adaptive refinement strategy for $hp$-finite elemen...
The hp-version of the finite element method (hp-FEM) is extremely efficient numerical method for sol...
In this dissertation, we formulate and implement p- adaptive and hp-adaptive finite element methods ...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...
We introduce an hp-adaptive finite element algorithm based on a combination of reliable and efficien...
International audienceWe propose a new practical adaptive refinement strategy for $hp$-finite elemen...
International audienceIn this work we extend our recently proposed adaptive refinement strategy for ...
International audienceIn this work we extend our recently proposed adaptive refinement strategy for ...
Adaptive hp spectral/finite element methods, in which both grid size h and local polynomial order p ...
Adaptive hp spectral/finite element methods, in which both grid size h and local polynomial order p ...
In this work, we report on an ongoing project to implement an hp-adaptive finite element method. The...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...
The hp version of the finite element method (hp-FEM) combined with adaptive mesh refinement is a par...
Even though a tremendous effort has been devoted to the area of transient analysis, many of these mo...
International audienceWe propose a new practical adaptive refinement strategy for $hp$-finite elemen...
International audienceWe propose a new practical adaptive refinement strategy for $hp$-finite elemen...
The hp-version of the finite element method (hp-FEM) is extremely efficient numerical method for sol...
In this dissertation, we formulate and implement p- adaptive and hp-adaptive finite element methods ...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...
We introduce an hp-adaptive finite element algorithm based on a combination of reliable and efficien...
International audienceWe propose a new practical adaptive refinement strategy for $hp$-finite elemen...
International audienceIn this work we extend our recently proposed adaptive refinement strategy for ...
International audienceIn this work we extend our recently proposed adaptive refinement strategy for ...
Adaptive hp spectral/finite element methods, in which both grid size h and local polynomial order p ...
Adaptive hp spectral/finite element methods, in which both grid size h and local polynomial order p ...
In this work, we report on an ongoing project to implement an hp-adaptive finite element method. The...
AbstractA new hp-adaptive approach for finite element methods is presented. Specifically, the paper ...