International audienceExplicit generators for high order ($r>1$) scalar and vector finite element spaces generally used in numerical electromagnetism are presented and classical degrees of freedom, the so-called moments, revisited. Properties of these generators on simplicial meshes are investigated and a general technique to restore duality between moments and generators is proposed. Algebraic and exponential optimal $h$- and $r$-error rates are numerically validated for high order edge elements on the problem of Maxwell's eigenvalues in a square domain
This thesis discusses numerical approximations of electromagnetic wave propagation, which is mathema...
This thesis is about the study of a high spatial finite element method which can be assimilated at a...
Les travaux de cette thèse concerne l’étude d’une méthode élément finis d’ordre spatial élevé que l’...
Higher Order Techniques in Computational Electromagnetics explains "high-order" techniques that can ...
This paper provides a brief review of the most recent advances in computational electromagnetics reg...
AbstractThe goal of this study is the automatic construction of a vectorial polynomial basis for Néd...
This thesis deals with the higher-order Finite Element Method (FEM) for computational electromagneti...
4 pagesAn accurate method to compute dual field in high frequency time harmonic problem is presented...
We present a finite element formulation equipped with higher-order basis functions for the electric ...
Dans cette thèse, nous nous intéressons à l’amélioration du schéma de Yee pour traiter demanière plu...
The Finite Element Method (FEM) and Method of Moments (MoM) are popular numerical methods for solvin...
Recently, a novel high-order finite-element space for wires, quadrilaterals, and hexahedrons was pre...
In this thesis, we optimize different parts of high order finite element methods by application of s...
International audienceIn this paper we focus on high order finite element approximations of the elec...
The 3D Finite Elements Method (FEM) is an extensively accepted tool for the analysis and design of ...
This thesis discusses numerical approximations of electromagnetic wave propagation, which is mathema...
This thesis is about the study of a high spatial finite element method which can be assimilated at a...
Les travaux de cette thèse concerne l’étude d’une méthode élément finis d’ordre spatial élevé que l’...
Higher Order Techniques in Computational Electromagnetics explains "high-order" techniques that can ...
This paper provides a brief review of the most recent advances in computational electromagnetics reg...
AbstractThe goal of this study is the automatic construction of a vectorial polynomial basis for Néd...
This thesis deals with the higher-order Finite Element Method (FEM) for computational electromagneti...
4 pagesAn accurate method to compute dual field in high frequency time harmonic problem is presented...
We present a finite element formulation equipped with higher-order basis functions for the electric ...
Dans cette thèse, nous nous intéressons à l’amélioration du schéma de Yee pour traiter demanière plu...
The Finite Element Method (FEM) and Method of Moments (MoM) are popular numerical methods for solvin...
Recently, a novel high-order finite-element space for wires, quadrilaterals, and hexahedrons was pre...
In this thesis, we optimize different parts of high order finite element methods by application of s...
International audienceIn this paper we focus on high order finite element approximations of the elec...
The 3D Finite Elements Method (FEM) is an extensively accepted tool for the analysis and design of ...
This thesis discusses numerical approximations of electromagnetic wave propagation, which is mathema...
This thesis is about the study of a high spatial finite element method which can be assimilated at a...
Les travaux de cette thèse concerne l’étude d’une méthode élément finis d’ordre spatial élevé que l’...