International Journal of Empirical Research Methods

ISSN NO : 2995-6110

The International Journal of Empirical Research Methods is dedicated to promoting and advancing empirical research methodologies across various disciplines. This journal aims to provide a platform for researchers, scholars, educators, and practitioners to share insights, methodologies, and findings that contribute to the improvement of empirical research practices and the enhancement of evidence-based decision-making.

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Analysis The Effect Of Magnet Structure On The Unbalance Magnetic Pull Of Fractional Slot Number Type In Permanent Magnet Machine

1 Dept. Of Electrical Engineering, Atma Jaya Catholic University, Jakarta, 12930,,Indonesia   |   2 Dept. Of Electrical Engineering, Trisakti University,Indonesia   |   3 Indonesia,Indonesia   |   4 Research Center For Energy Conversion And Conservation, National Research And Innovation Agency, 40135,,Indonesia   |   5 Dept. Electrical And Computer Engineering, Auburn University, 36849,,United States of America

Volume 2

Issue 1

Page: [7 - 14]

Published Online: February 5, 2024

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  • Abstract

    Within This Study, The Effect Of Magnet Structure On The Unbalanced Magnetic Draw (UMP) Of Fractional Slot Number Permanent Magnet Machines (PMMs) Was Methodically Investigated. The Literature Revealed That Fractional Slot Number PMMs Use A Variety Of Magnet Structure Configurations, Including Radial, Parallel, And Hybrid Arrangements. Different Magnet Configurations Were Discovered To Affect The Distribution Of Magnetic Flux Density, Thereby Impacting UMP Concentrations. The Effect Of Various Magnet Geometries, Including Arc, Rectangular, And Trapezoidal, On UMP Was Examined. Moreover, The Selection Of Magnet Materials, Such As Ferrite, Neodymium-Iron-Boron, And Samarium-Cobalt, Influenced The Magnetic Field Distribution And UMP Characteristics.Due To Their Particular Slot And Pole Combinations, Fractional Slot Number PMMs Were Found To Be More Susceptible To UMP Than Other PMM Varieties. Unbalanced Forces Caused By UMP Resulted In Unwanted Vibrations, Increased Noise Levels, And Possible Machine Durability Issues. Numerous Factors Influence UMP In Fractional Slot Number PMMs, Including The Number Of Slots And Poles, The Length Of The Stator-Rotor Air Gap, The Magnet Pole Breadth, And The Magnet Thickness. The Level Of UMP Was Affected By The Interaction Of These Factors With Magnet Structure Configurations.

    Keywords: Magnet Structure Magnetic Pull Fractional Slot Number Permanent Magnet Machine

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