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平面磁力研磨轨迹的研究与分析 被引量:7

Study and analysis on plane magnetic abrasive trajectory
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摘要 利用自行设计的试验装置,改善了磁力刷的研磨轨迹。结果表明:改善磁力刷研磨轨迹后,不仅可以减小表面粗糙度值、提高平面精度,还改善了研磨截面微观形状均匀性。另外,可通过采取理论分析的方法对研磨效果进行预测。 In this paper,complex polishing trajectory of magnetic brush has been modified and studied by use of newly designed experiment device.The results show the surface roughness and precision can be elevated,and the homogeneity of section shape can also be improved in improving process.In addition,the magnetic abrasive finishing results can be predicted by the theoretical analysis on polishing trajectory of magnetic brush.
出处 《制造技术与机床》 CSCD 北大核心 2011年第10期90-93,共4页 Manufacturing Technology & Machine Tool
关键词 磁力研磨 研磨轨迹 表面粗糙度 材料去除 Magnetic Abrasive Finishing Polishing Trajectory Surface Roughness Material Removal
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参考文献6

  • 1Zou Yanhua, Jiao Anyuan, Aizawa Toshio. Study on plane polishing trajectory by magnetic abrasive finishing processexperimental and theoretical analysis on polishing trajectory [ J ]. Advanced Materials Research ,2010,126-128 : 1023-1028.
  • 2Zou Yanhua, Jiao Anyuan, Aizawa Tshio. Study on plane magnetic abrasive finishing process- experimental and theoretical analysis on polishing trajectory [J]. J. Jpn. Soc. Precis. Eng., 2010, B45: 143-144.
  • 3Zou Y, Shinmura T, Wang F. Study on a magnetic deburring method by the application of the plane magnetic abrasive machining process [ J ]. Advanced Materials Research, 2009, 76(78) : 276-281.
  • 4Hideki KAWAKUBO, Kazutaka MIKI, Takao YAMAZAKI: Basic research on plane magnetic field assisted machining method-Consideration for removal depth [J]. J. Jpn. Soc. Precis. Eng., 2009, L38: 875- 876.
  • 5Zou Yanhua, Shinmura T. Study on magnetic field assisted machining process using magnetic machining Jig [ J ]. Japan for Abrasive Technology, 2004, 48 (8) : 444-449.
  • 6Shinmura T, Yamagnchi H. A new internal finishing process by the application of a magnetic abrasive machining-internal finishing of stainless steel tube and clean gas bomb [J]. Trans Jpn Soc Mech Eng. , 1995, 38(4) :798-804.

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