Publisher Summary This chapter presents a critical survey on the approach to the solution of
the general three-dimensional eddy current problem, which originally started from the …

The vector potential formulation is widely used in electromagnetic field computation due to
its robustness. Numerical experiences on the convergence behaviour of the non-gauged …

Magnetic Materials and 3D Finite Element Modeling explores material characterization and
finite element modeling (FEM) applications. This book relates to electromagnetic analysis …

In this article, we discuss numerical aspects related to the accuracy and the computational
efficiency of numerical dosimetric simulations, performed in the context of human exposure …

This paper discusses properties of the curl-curl matrix in the finite element formulation with
edge elements. Moreover, the observed deceleration in convergence of the CG and ICCG …

The v× B term in eddy current equations for conducting fluids is an instance of contraction of
a differential form by a vector field. We search for a natural way to discretize such …

Some mixed variational formulations are presented for the problem of a deforming and
magneto-active body completely surrounded by free space. The possibility of large elastic …

This paper describes a new approach for 3-D magnetic field analysis of electromagnetic
devices, taking into account electric circuit equations. The approach is based on the …

The thesis deals with the computation of eddy-current losses in the end regions of
synchronous machines. Various magnetic and electric vector potential formulations of three …

Magnetic vector potential (MVP) formulation combined with finite edge elements has gained
substantial application in 3-D eddy-current field computation. Compared with its magnetic …