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无轴承电机发展综述 被引量:1

Review of Developments in Bearingless Motor
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摘要 无轴承电机结合了磁轴承与电机的双重优点,在航空、高速等领域具有非常广阔的发展前景。过去的十年间,无轴承电机技术取得了巨大发展,积极开展无轴承电机的研究和应用具有现实和深远意义。本文依据已经发表的90多篇英文文献进行总结与回顾,从无轴承电机的定义、专业术语、电机类型、绕组类型、机械结构、测试结果和应用等方面对无轴承电机的发展情况进行分类概述。 Bearingless motor combines the advantages of magnetic bearing and motor, and has very broad development prospects in aviation and high-speed fields. In the last decade,bearingless motor has made gigantic progress,and thus developing bearingless motor actively has realistic and the profound significance.According to more than 90 articles published in English,extensive works have been done in developments in bearingless motors.The classification of the developments in bearingless motor has been summarized.This paper analyzed the the published papers in the points of view of definitions of bearingless motors,technical terms used in bearingless motors,type of motor^stator winding configuration,special mechanical structure,test machines and industrial applications.
作者 张松
机构地区 南京师范大学
出处 《现代科学仪器》 2014年第3期41-48,共8页 Modern Scientific Instruments
基金 国家自然科学基金(50575099,60974053)、江苏省“六大人才高峰”(2011-ZBZZ026)、江苏省研究生科研创新计划(CXZZ12_0688)和江苏高校优势学科建设工程(苏政办发[201176号)资助
关键词 无轴承电机 发展 电机类型 绕组类型 工业应用 Bearingless motor Development Type of motor Stator winding Industrial applications
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参考文献92

  • 1P.K.Hermann, "A radial active magnetic bearing" ,London Patent No. 1 478 868,20 Nov.1973.
  • 2P.K.Hermann, "A radial active magnetic bearing having a rotating drive" ,London Patent No. 1 500809,9 Feb. 1974.
  • 3P. Meinke, G. Flachenecker, "Electromagnetic drive assembly for rotary bodies using a magnetically mounted rotor" ,United States Patent No 3 988 658,July 29,1974.
  • 4T.Higuchi, "Magnetically floating actuator having angular positioning function" ,United States Patent No 4 683 391,12 March 1985.
  • 5R.Bosch, "Development of a bearingless electric motor" ,ICEM,pp 373-375,1988.
  • 6S.Williamson, "Construction of electrical machine" ,United States Patent,No 4 792 710,20 Feb.1987.
  • 7P.A.Studer, "Combination electric motor and magnetic bearing", United States Patent,No 4,841,204,7.
  • 8Oct. 1987 A.Chiba,T.Deido,T.Fukao and M.A.Rahman, "An analysis of bearingless AC motors" ,IEEE Trans.on Energy Conver, Vol.9,No. 1 , pp. 61-68 , Mar. 1994.
  • 9R.Schob,J.Bichsel, "Vector control of the bearingless motor" , ISMB, pp. 327-332, Zurich 1994.
  • 10M.A.Rahman, T.Fukao and A.Chiba, "Principles and developments of bearingless AC motors", IPEC,Vol.3 pp. 1334-1339, Japan, Apr. 1995.

同被引文献6

  • 1A Chiba, D Power, M Rahman. Characteristics of a Bearingless In- duction Motor [ J ]. IEEE Trans. Magn. , 1991, 27 ( 6 ) : 5199-5201.
  • 2T Katou, A Chiba, T Fukao. Magnetic Suspension Force in an In- duction Bearing, less Motor with u Squirrel Cage Rotor[ J]. Electrical Engineering in Japan, 2007, 159(3) : 77-87.
  • 3M Ooshima, A Chiba, T Fukao. Characteristics of a Permanent Magnet Type Bearlngless Motor[J]. IEEE Trans. Indus. Applica- tion, 1996, 32(2): 363-370.
  • 4阎治安,崔新艺,苏少平.电机学[M].2版.西安:西安交通大学出版社,2008:214.
  • 5S Kobayashi, M Ooshima. A Radial Position Control Method of Bearingless Motor Based on d-q-Axis Current Control [ J ]. IEEE Trans. Indus. Application, 2013, 49(4): 1827-1835.
  • 6李炳楠,黄进,康敏,孔武斌.2-4型和4-2型多相永磁无轴承电机电感与悬浮力的对比分析[J].中国电机工程学报,2013,33(33):106-114. 被引量:8

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