We present a family of high-order finite element approximation spaces on a pyramid, and associated unisolvent degrees of freedom. These spaces consist of rational basis functions. We establish conforming, exactness and polynomial approximation properties
We provide a comprehensive study of arbitrarily high-order finite elements defined on pyramids. We p...
Advanced applications of the finite element method use hybrid meshes of differently shaped elements ...
We examine the effect of numerical integration on the accuracy of high order conformingpyramidal fin...
The combination of tetrahedral and hexahedral elements in a single conformal mesh requires pyramids ...
Pyramidal finite elements can be used as "glue" to combine elements with triangular faces (e.g. tetr...
The combination of tetrahedral and hexahedral elements in a single conformal mesh requires pyramids ...
International audienceWe provide a comprehensive study of arbitrarily high-order finite elements def...
This article shows in detail how to construct in a simple and ordered way a set of rational function...
Abstract. We examine the effect of numerical integration on the convergence of high order pyramidal ...
Classical facet elements do not provide an optimal rate of convergence of the numerical solution tow...
We examine the effect of numerical integration on the accuracy of high order conforming pyramidal fi...
We examine the effect of numerical integration on the accuracy of high order conforming pyramidal fi...
International audienceEdge elements are a popular method to solve Maxwell's equations especially in ...
The use of pyramid elements is crucial to the construction of efficient hex-dominant meshes [M. Berg...
We provide a comprehensive study of arbitrarily high-order finite elements defined on pyramids. We p...
We provide a comprehensive study of arbitrarily high-order finite elements defined on pyramids. We p...
Advanced applications of the finite element method use hybrid meshes of differently shaped elements ...
We examine the effect of numerical integration on the accuracy of high order conformingpyramidal fin...
The combination of tetrahedral and hexahedral elements in a single conformal mesh requires pyramids ...
Pyramidal finite elements can be used as "glue" to combine elements with triangular faces (e.g. tetr...
The combination of tetrahedral and hexahedral elements in a single conformal mesh requires pyramids ...
International audienceWe provide a comprehensive study of arbitrarily high-order finite elements def...
This article shows in detail how to construct in a simple and ordered way a set of rational function...
Abstract. We examine the effect of numerical integration on the convergence of high order pyramidal ...
Classical facet elements do not provide an optimal rate of convergence of the numerical solution tow...
We examine the effect of numerical integration on the accuracy of high order conforming pyramidal fi...
We examine the effect of numerical integration on the accuracy of high order conforming pyramidal fi...
International audienceEdge elements are a popular method to solve Maxwell's equations especially in ...
The use of pyramid elements is crucial to the construction of efficient hex-dominant meshes [M. Berg...
We provide a comprehensive study of arbitrarily high-order finite elements defined on pyramids. We p...
We provide a comprehensive study of arbitrarily high-order finite elements defined on pyramids. We p...
Advanced applications of the finite element method use hybrid meshes of differently shaped elements ...
We examine the effect of numerical integration on the accuracy of high order conformingpyramidal fin...