AbstractThe behaviour of electromagnetic resonances in cavities is modelled by a Maxwell eigenvalue problem (EVP). In the present work, we rewrite the corresponding variational problem, as it arises with a view to the application of a finite element method, in a mixed formulation. For the modelling of realistic problems the integrals occurring in this mixed formulation often cannot be evaluated exactly. We take into account the error arising from numerical quadrature and show convergence to the approximations using exact integration. Finally, some numerical results are presented
Hans Georg Bock, Guido Kanschat, Rolf Rannacher, Franco Brezzi, Roland Glowinski, Yuri A. Kuznetsov,...
Hans Georg Bock, Guido Kanschat, Rolf Rannacher, Franco Brezzi, Roland Glowinski, Yuri A. Kuznetsov,...
The occurrence of spurious solutions is a well-known limitation of the standard nodal finite element...
AbstractThe behaviour of electromagnetic resonances in cavities is modelled by a Maxwell eigenvalue ...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Abstract. The precise modelling of cavity resonators requires the approximation of a Maxwell eigenva...
We consider a 2D Maxwell eigenvalue problem, arising from the modelling of electromagnetic resonance...
We consider a 2D Maxwell eigenvalue problem, arising from the modelling of electromagnetic resonance...
This paper presents some weak (or variational) formulations for an electromagnetic eigenvalue proble...
This paper presents a finite element method for 3-D analysis of an electro-magnetic eigenvalue probl...
This paper presents a finite element method for 3-D analysis of an electro-magnetic eigenvalue probl...
In this paper we review some finite element methods to approximate the eigenvalues of Maxwell equat...
Hans Georg Bock, Guido Kanschat, Rolf Rannacher, Franco Brezzi, Roland Glowinski, Yuri A. Kuznetsov,...
Hans Georg Bock, Guido Kanschat, Rolf Rannacher, Franco Brezzi, Roland Glowinski, Yuri A. Kuznetsov,...
The occurrence of spurious solutions is a well-known limitation of the standard nodal finite element...
AbstractThe behaviour of electromagnetic resonances in cavities is modelled by a Maxwell eigenvalue ...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Cavity resonators are modelled using a Maxwell eigenvalue problem. In order to obtain a reliable fin...
Abstract. The precise modelling of cavity resonators requires the approximation of a Maxwell eigenva...
We consider a 2D Maxwell eigenvalue problem, arising from the modelling of electromagnetic resonance...
We consider a 2D Maxwell eigenvalue problem, arising from the modelling of electromagnetic resonance...
This paper presents some weak (or variational) formulations for an electromagnetic eigenvalue proble...
This paper presents a finite element method for 3-D analysis of an electro-magnetic eigenvalue probl...
This paper presents a finite element method for 3-D analysis of an electro-magnetic eigenvalue probl...
In this paper we review some finite element methods to approximate the eigenvalues of Maxwell equat...
Hans Georg Bock, Guido Kanschat, Rolf Rannacher, Franco Brezzi, Roland Glowinski, Yuri A. Kuznetsov,...
Hans Georg Bock, Guido Kanschat, Rolf Rannacher, Franco Brezzi, Roland Glowinski, Yuri A. Kuznetsov,...
The occurrence of spurious solutions is a well-known limitation of the standard nodal finite element...