IET Electric Power Applications

Papers
(The H4-Index of IET Electric Power Applications is 14. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-11-01 to 2025-11-01.)
ArticleCitations
Multiobjective Robust Optimisation Design for Nanocrystalline High‐Frequency Transformer Based on Multi‐Physical Field Considering Core Uncertainty47
A review of finite control set model predictive control for linear machines28
Investigation of winding cooling enhancement and thermal modelling of large‐power high‐torque‐density direct‐drive PMSM24
Analytical Evaluation of Permeance Harmonics Effects in Permanent Magnet Machines Using Improved Winding Function Theory22
A Low‐Frequency Transformer Protection Method Based on Excitation Inductance Parameter Identification21
Multi‐level optimisation design of a yoke‐less axial‐field flux‐switching permanent magnet motor considering the fault‐tolerant capability20
Effect of end leakage inductance on the performance of toroidal winding double‐sided linear induction motors17
Thermal behaviour analysis of a high voltage inverted‐type current transformer16
Pseudorandom high‐frequency injection synchronous reluctance motor sensorless control with parameter variation consideration16
Demagnetisation fault analysis and diagnosis based on different methods in permanent magnet machines ‐ An overview16
Design and transient experimental analysis of a pulsed brushless doubly fed alternator in a capacitor charge power supply system15
A novel measurement‐protection‐integrated current transformer based on hybrid core and magnetic field sensor15
Modelling of high frequency bearing voltage for dual‐winding permanent magnet synchronous generators14
In‐depth investigation of inter‐turn short‐circuit faults of surface‐mounted permanent magnet machines with series‐parallel coil connections14
Calculation of magnetic field and eddy current loss in end clamping ring of 300MVA synchronous condenser based on a novel semi‐analytical method14
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