The paper deals with a procedure for the computation of the magnetostatic field in a vacuum.
A very short summary of some usual methods for the field computation is given first, recalling …

The paper deals with some problems of magnetic fields synthesis, depending on
determination of the current density distribution, which generates the required magnetic field …

A new formulation of magnetostatics is given: it uses the magnetic field h as variable and a
penalty technique. For its discretization, a finite element method inside the magnetic …

This paper reports the work done by the authors in developing computer methods for
electromagnetic field analysis. The work which began at two-dimensional saturated field …

ABSTRACT A method of computing magnetostatic fields is described that is based on a
numerical solution of the integral equation obtained from Green's Theorems. The magnetic …

In this paper, some experiences of using an Integral Equation Method to calculate
magnetostatic fields are presented, such as the choice of the element shapes and the …

The development of a structure linking the various potentials and field vectors of the electric
and magnetic fields is presented. The approach shows that it is usually possible to find …

Contents By a method of summation it is possible to calculate the magnetic fields in steady
state numerical and tridimensional under presence of ferromagnetic material. This method is …

An attempt is made to classify the magnetic field problems according to their degree of
difficulty, ie according to 1. their number of dimensions, 2. their linearity, 3. their time …

How to extrapolate measured field values in respect to the physical equations? The authors
expose the concrete problem they had to solve and the solution they propose, by using the …