09 Dec, 2019

3D analytical field calculation using triangular magnet segments applied to a skewed linear permanent magnet actuator

Research Area: TU/e Year: 2010
Type of Publication: Article
Authors: Janssen, JLG; Paulides, JJH; Lomonova, EA
Journal: COMPEL: The International Journal for Computation and Mathematics in Electrical and Electronic Engineering Volume: 29
Number: 4 Pages: 984-993
BibTex:
Abstract:
This paper presents novel analytical expressions which describe the 3D magnetic field of arbitrarily magnetized triangular-shaped charged surfaces. These versatile expressions are suitable to model triangularshaped permanent magnets and can be expanded to any polyhedral shape. Many applications are very suitable to incorporate this modeling technique. Examples are given for the subclass of slotless synchronous linear actuators with a skewed permanent magnet structure and planar magnetic bearings. It is shown that these analytical equations are very suitable to obtain a variety of performance data for the 3D magnetic analysis of slotless linear machines, as well as planar machines and bearings.

CONTACT

Dr. J.L.G. (Jeroen) Janssen MSc

emailButton info@jlgjanssen.nl
con mobile 0031(0)614549781
linkedin-icon LinkedIn