Paper Info
Title
A Model for Analyzing a Five-Phase Fractional-Slot Permanent Magnet Tubular Linear Motor with Modified Winding Function Approach
Abstract
AbstractThis paper presents a model for analyzing a five-phase fractional-slot permanent magnet tubular linear motor FSPMTLM with the modified winding function approach MWFA. MWFA is a fast modeling method and it gives deep insight into the calculations of the following parameters: air-gap magnetic field, inductances, flux linkages, and detent force, which are essential in modeling the motor. First, using a magnetic circuit model, the air-gap magnetic density is computed from stator magnetomotive force MMF, flux barrier, and mover geometry. Second, the inductances, flux linkages, and detent force are analytically calculated using modified winding function and the air-gap magnetic density. Finally, a model has been established with the five-phase Park transformation and simulated. The calculations of detent force reveal that the end-effect force is the main component of the detent force. This is also proven by finite element analysis on the motor. The accuracy of the model is validated by comparing with the results obtained using semianalytical method SAM and measurements to analyze the motor’s transient characteristics. In addition, the proposed method requires less computation time.
Year
DOI
Venue
2016
10.1155/2016/4501046
Periodicals
Field
DocType
Volume
Magnetomotive force,Magnetic field,Computer science,Magnet,Electronic engineering,Finite element method,Control engineering,Mechanics,Stator,Computation,Magnetic circuit,Tubular linear motor
Journal
2016
Issue
ISSN
Citations 
1
2090-0147
0
PageRank 
References 
Authors
0.34
0
4
Name
Order
Citations
PageRank
Bo Zhang132842.62
Rong Qi200.34
Hui Lin3334.06
Julius K. Mwaniki400.34