... costs. Design/methodology/approach The industry standard for simulating EM problems is using either the finite difference method or the finite element method (FEM). Optimization of the design process using such methods requires significant computational resources and time. With the emergence...

...-quality magnetic field results can be obtained. Finite element method (FEM) Deep learning (DL) Linknet Motor magnetic field Electrical machine Electromagnetic fields In recent years, electric vehicle (EV) has made a broad development prospect with its advantages of clean energy saving...

... ∫ B 2 d δ Triple-speed Magnetic gear Finite element method (FEM) Permanent magnet (PM) Torque Maxwell stress Magnetic device The function of gearboxes as a member of power transmission systems is to transform speeds and torques to fulfill consumer’s requirements...

... analytical model Finite element method (FEM) Fault-tolerant permanent-magnet vernier machines (FTPMVMs) Five-phase machine Flux modulation pole (FMP) Electrical machine Permanent magnet machine Vernier machines are gaining popularity because of their features such as high torque at low speed...

... element method (FEM) Spice Circuit analysis S-parameter analysis One main goal of the present work is to match measurement data, Spice (LTSpice, 2020) and finite element (FE) simulations to create models of different complexity. A configuration as simple as a single insulated wire above ground...

... parameters is not considered, material parameters such as thermal conductivity and magnetic permeability remain unchanged in the computation process. Convolutional neural networks (CNN) Coupled systems Deep learning (DL) Finite element method (FEM) Magneto-thermal coupled analysis U-net...

.... Electrical machine Finite element analysis Switched reluctance motor Pole polarity Self-inductance Mutual inductance Finite element method (FEM) A switched reluctance motor (SRM) is a doubly salient and single-excited motor with windings wound in stator poles without windings or permanent...

...Hugo Rodriguez-Ignacio; Xose M. Lopez-Fernandez; Casimiro Álvarez-Mariño Purpose The purpose of this paper is to present a methodology based on an optimizer linked with electric finite element method (FEM) for automating the optimized design of power transformer insulation system structures...

...: Reza Mirzahosseini can be contacted at: reza.mirzahosseini@hotmail.com 13 05 2017 18 10 2017 19 12 2017 © Emerald Publishing Limited 2018 Emerald Publishing Limited Licensed re-use rights only Finite element method (FEM) Non-slotted axial flux permanent magnet (NS...

... of stator core segmenting. Design/methodology/approach – The cogging torque with segmented stators is synthesized from a single slot model, and analytical prediction is given to analyze the cogging torque with both uniformly and non-uniformly segmented stators. Finite element method (FEM) is used...

... of three steps, which has been deduced in (Pohlmann et al., 2011). Based on the input parameters, the mesh required for the finite-element method (FEM) simulation of the magnetic induction distribution in the drive's air gap is generated. Finally, the weight and the losses of the modeled drive...

... of the inner structure of the examined material requires the use of appropriate numerical modelling. In order to simulate the operation of the THz devices or the propagation of electromagnetic terahertz waves, full‐wave methods (Anastasi, 2008 ; Deibel and Mittleman, 2006) (e.g. finite element method (FEM...