In this article, we consider finite-element models for high-temperature superconductors and
compare two dual formulations, either magnetic-field conforming or magnetic-flux-density …

Purpose–The purpose of this paper is to review the mutual coupling of electromagnetic
fields in the magnetic vector potential formulation with electric circuits in terms of (modified) …

A novel model order reduction method for efficient analysis of linear eddy-current problems
is proposed in which the quasi-static electromagnetic fields are expressed by a weighted …

A method is developed to take the eddy currents in lamination stacks into account with the
finite-element method using the three-dimensional (3-D) magnetic vector potential …

In this paper, a novel and easy-to-implement approach to the harmonic-balance finite-
element modeling of electromagnetic devices is presented. The governing system of …

This treatise was written during my employment at the Chair of Angewandte Mathematik und
Numerische Analysis of the Bergische Universität Wuppertal and my post-graduate research …

This paper deals with the time-domain homogenization of multiturn windings in 3-D finite
element (FE) models. An elementary two-dimensional (2-D) FE model allows for the global …

We present a systematic study of how to take into account external excitation in the eddy
current model. Emphasis is put on mathematically sound variational formulations and on …

This paper proposes an equivalent-circuit generation from the finite-element (FE) model of
electromagnetic devices using a model order reduction (MOR). In this method, an equivalent …

A general field–circuit coupling mechanism for electromagnetic models is presented. The
topological treatment of the circuit allows for a well-defined choice of coupling unknowns …