Department SOJO UNIVERSITY Department of Computer and Information Sciences, FACULTY OF COMPUTER AND INFORMATIONSCIENCES /Division of Applied Information Sciences, Graduate School of Engineering /(DC)Division of Applied Information Sciences, Graduate School of Engineering Position
|Peer Review||With peer review|
|Title||Development of Linear Switched Reluctance Motor for Magnetically Levitated System|
|Journal||International Conference on Electrical Machines and Systems (ICEMS2016)|
|Journal Type||Another Country|
|Publisher||International Conference on Electrical Machines and Systems|
|Volume, Issue, Pages||pp.0028-DS2G-4-12|
|Author and coauthor||Toshio KAKINOKI, Hitoshi YAMAGUCHI, Eiichi MUKAI and Hiroyuki NISHI|
|Details||This paper describes a propulsion system for magnetically levitated vehicles with hybrid magnets, which were studied in place of streetcars and transportation systems in semiconductor production. The new propulsion system for the magnetically levitated vehicle proposed here is low cost and easy to make. We obtained dynamic experimental results and static experimental results of the linear switched reluctance motor (LSRM) as a new propulsion system, and obtained the basic characteristics.
The new propulsion system LSRM and the experimental results are presented.