Permanent magnet eddy current couplers (PMECCs) have the characteristics of contactless
torque transmission, removal of torque ripple, smooth dynamic process, and adjustable …

Rotational permanent magnet eddy current couplers are promising devices for torque and
speed transmission without any mechanical contact. In this study, flux-concentration disk …

This article proposes a novel flux‐adjustable permanent magnet eddy current coupling with
multiple rotors. According to the different functions, the permanent magnet rotors are divided …

Permanent magnet eddy current couplings are promising devices for torque and speed
transmission without any mechanical contact. In this paper, flux-focusing permanent magnet …

In this paper, a three-dimensional semi-analytical approach, based on the volume integral
method, is developed to compute the forces and torque in fully high temperature …

It is difficult to achieve low heat leakage and leak‐free rotary sealing for conventional small‐
and medium‐sized cryogenic liquid pumps (CLPs). This is because the motor in a room …

The paper presents the results of an experimental study and numerical calculations of
torques in magnetic couplers of various configurations. A comparison was made for model …

Contactless torque transmission through a large airgap is required in some industrial
applications in which hermetic isolation is necessary. This torque transmission usually uses …

Purpose The purpose of this paper is to develop a new and fast three-dimensional (3D)
analytical model to study a synchronous axial magnetic coupling with rectangular shaped …

In this paper, a steady-state and dynamic response model is proposed to predict the working
characteristics of the electromechanical transmission system including eddy-current …