The performance of induction cooktops (inductor and electronic power converter) is closely
related to the inductive properties of the cookware used. Traditionally, they are designed to …

In this study, a novel permanent magnet linear eddy current brake based on the field
regulation theory is presented, and the corresponding analytical model is developed. By …

Induction heating (IH) has become the technology of choice in many industrial, domestic,
and medical applications due to its high efficiency and performance. This paper proposes an …

A new magnetic pole is designed and proposed for the transverse flux induction heating
(TFIH) device, since the TFIH device with the original magnetic pole has the deficiencies of …

A laminated permanent magnet array eddy current damper (LPMAECD) is proposed to
achieve excellent performance for large-scale precision micro-vibration isolation. It improves …

To overcome the difficult control problem of the braking force in the linear permanent magnet
brakes, a novel double sided flux adjustable linear permanent magnet eddy current brake is …

Purpose This paper aims to develop a new quasi-three dimensional (3D) analytical model
devoted to the study of nonlinear transient magneto-thermal coupled problems in permanent …

An electromagnetic model is proposed to compute translational motion eddy currents in a
conductive plate. The eddy currents are due to the movement of the plate in a dc magnetic …

Purpose This work aims to study a new design of linear permanent magnet transverse flux
induction heating devices of nonmagnetic parallelepipedic workpiece. In these topologies …

The technique and key results of the mathematical simulation of a linear induction motor as
a part of a church bell's electric driver are described in the paper. Linear induction motor …