The Hyperloop has been developed using various technologies to reach a maximum speed
of 1200 km/h. Such technologies include magnetic levitation technologies that are suitable …

A linear oscillating motor provides short-stroke reciprocating motion directly and is widely
used in linear actuation systems. However, with the increase of actuation frequency to …

This paper presents a distributed-current-source (DCS) modeling method to analyze the
eddy-current (EC) induced in an electrically conductive material with a weak magnetic …

This paper presents a new modeling method to determine the harmonic eddy current (EC)
field induced in a nonferrous metal and its corresponding magnetic flux density (MFD) by an …

This article presents a distributed current-source (DCS) model considering the perturbation
of the eddy-current (EC) field and its EC-generated magnetic flux density (MFD) caused by …

This paper aims to develop a new modeling method, referred to as a moment method based
distributed multipoles (MMDMP), for precise and fast computation of magnetic field and force …

This paper proposes an analytical approach to directly determine coil thickness dimension
only according to the magnetic pole pitch of magnetic levitation planar motors. Based on …

This article presents a distributed current source (DCS) model for predicting the eddy current
(EC) induced in a conductor in a magnetic field due to mechanical motion and the EC …

This article presents a 3-DOF planar magnetic pantographic exoskeleton (Mag-PGE) with
embedded sensors for manipulating/measuring the motion and force/torque (F/T) of an ankle …

Distributed point source method (DPSM) has been gradually applied to the field of
nondestructive testing (NDT). As a semi-analytical modelling technique, DPSM is extremely …