Computational Research Progress in Applied Science & Engineering



  Home     Guide for Authors     Editors     Submission     Archive     Contact     Publication Ethics     Indexing  




News & Events Computational Research Progress in Applied Science & Engineering: An international Journal (CRPASE) - ISSN : 2423-4591 Technically supported Conferences


 
 
 
 
Volume 03 Issue 03
   Volume & Issue: Volume 03 Issue 03



A New Method for Optimal Design of Slotless Permanent Magnet BLDC Motor with Surface Mounted Magnets Using Modified Social Spider Algorithm

  Volume 03,Issue 03

 

Author :

Abotaleb Noori, Naser Noruzi

 

Abstract :

In this paper, a new method based on the evolutionary algorithms is proposed for optimal design of a slotless permanent magnet brushless DC (BLDC) motor with surface mounted magnets. BLDC motor is the ideal choice for applications that require high reliability, high efficiency, and high power-to-volume ratio. These motors are widely used in sensitive applications such as medical instruments, space crafts and submarines. In these applications having high efficiency, minimum volume and cost are very important. So, in this paper, the objective function of design is presented considering efficiency, volume and cost, simultaneously. The modified social spider algorithm (MSSA) is one of the newest evolutionary algorithms whose capabilities have been proved in solving complicated optimization problems. The MSSO algorithm must find the optimal value of geometric parameter of motor including number of pole pairs, cross sectional area of wire, pole–arc per pole–pitch ratio, magnet thickness, stator/rotor core thickness, winding thickness, mechanical air gap, rotor radius, current density, wire gauge and stator/rotor axial length to minimize the power losses, volume and cost. The simulation results show that the proposed method has excellent performance in slotless permanent magnet BLDC design.



 

Keywords :

BLDC motor, Modified social spider algorithm, Power losses, Evolutionary algorithms.

  << Previous page | PDF




CHTE 2017


ICONTES 2017


NOCMAT 2017


CSC2017
Abstracting
&
Indexing
Google Scholar        Transportation Research Board (TRB)        Scholar Article Impact Factor (SAIF=4)         Global Impact Factor (GIF = 0.676)        OCLC WorldCat        Electronic Journals Library (EZB)        Cite Factor        Bibliothekssystem Universität Hamburg        GBV databases        ZB MED - Leibniz Information Centre for Life Sciences        Zeitschriften Daten Bank (ZDB)        Journal Access of Open Directory (JAOD IF= 3.44)        SPARC INDEXING        Universitas Biblioteck Leipzig (UBL)        Leibniz Information Center for Science and Technology University Library (TIB)        LEUPHANA Uinversitat Luneburg         Directory of Research Journals Indexing        ROAD        CIVILICA        COSMOS IMPACT FACTOR        Scientific World Index        International Innovative Journal Impact Factor (IIJIF)         International Society of Indexing        Indian Science        Genamics Journal Seek        Regional information Center for Science and Technology (RICEST)        Directory of Science        Kanazawa University Library        The International CONstruction DAtabase (ICONDA)        Index Copernicus (ICV 2016 = 71.78)