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超磁致伸缩材料驱动器的数学模型 被引量:16

Modeling of Giant Magnetostrictive Actuators
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摘要 本文从有助于理解压磁效应的角度 ,建立了超磁致伸缩驱动器 (GMA)的静态力、位移模型。作出了几个有利于指导设计的推论 ,并对设计中的一些问题做了定性讨论。动态建模时 ,在BryantandWang所建模型的基础上 ,作了一些重要改进。首次提出了采用磁通反馈的动态模型 。 This paper gives a static force, displacement model for helping understand the magnetostriction. In addition several deductions are given in favor of guidance the designing, and some questions in designing are discussed. A important improvement is made on the base of Bryant and Wang's model when set up the dynamic model. Presents a magnetic flux feedback dynamic model for the first time, solves the distortion when consider the inductance as constant.
出处 《机电一体化》 2001年第6期26-29,共4页 Mechatronics
关键词 超磁致伸缩材料 驱动器 机电耦合 数学模型 magnetostrictive actuators modeling electromechanical coupling
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参考文献4

  • 1Claeyssen F. Lhermet N. Le Ietty R. Bouchilloux P. Actuators,transducers and motors based on giant magnetostrictive materials. Journal of Alloys and Compounds. 1997-08-01,258(1-2),61 ~73
  • 2Dozor David M. Gerver Michael J. Swenbeck, J.R. Nonlinear modeling for control of Terfenol-D-based actuators. Proceedings of SPIE The International Society for Optical Engineering 1997,3039
  • 3D'Annunzio, Camille M. Reimers Ann Chassaing Charles E. Development of a control system for a nonlinear Terfenol - D actuator. Proceedings of SPIE- The Intemational Society for Optical Engineering v 1996, (2715) :588 ~ 599
  • 4Bryant Michael D. Wang, Ning. Audio range dynamic models and controllability of linear motion terfenol actuators. Journal of Intelligent Material Systems and Structures v 5 n 3 May 1994-05,5(3)431 ~436

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