This paper presents a 2-D static analytical method in the frequency domain for the
calculation of magnetic field distribution, eddy-currents, circuit model parameters, and …

In high-speed solid-rotor induction machines, space harmonics in the air gap flux density
corresponding to the stator slots typically cause significant losses on the rotor surface. Since …

In this paper, an optimum design for a single-phase line start permanent magnet (LSPM)
motor with respect to efficiency, maximum torque, and starting torque is proposed. The …

The air-gap interface coupling method is developed to simulate the rotor movement with
time-stepping finite element (TSFE) method for the computation of transient operation of …

This paper simply investigates experimentally multiple “rotor” bar current waveforms at
standstill, on a dedicated inverted induction motor prototype as a basis to analyze the bar …

Solid rotor induction machines are still used in high-speed systems. A two-dimensional field-
circuit model based on the finite element method and the complex magnetic vector potential …

In this paper, we investigate the effects of space harmonics of single-phase line start
permanent-magnet (LSPM) motors on starting performance. We construct an equivalent …

Computations of quasi-dynamic electromagnetic field of induction machines using the
complex magnetic vector potential require the use of the so-called effective magnetization …

In this article, the application of a nonlinear complex De Gersem-type polyharmonic finite-
element (FE) model in the steady-state analysis of three-phase solid-iron rotor induction …

This paper studies the optimal design of the fog computing assisted wireless powered
network, where an access point (AP) transmits information and charges an energy-limited …