C14 Study of Alternating Magnetic Field Assisted Internal Finishing for Nonferrous Complex-shaped Components(Abrasive finishing technology)

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概要

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• Surface functionalization, e.g., fine control of surface texture and integrity, is of great interest for precision component design. This paper proposes a refinement of the alternating magnetic field assisted machining process for modifying the surface texture and integrity of the complex-shaped components, especially internal intersections of T-shaped tubes. The pole-tip-tube configuration controls the magnetic field at the machining area, and consequently the tools motion. The experimental study demonstrated a method for controlling the magnetic field to achieve nearly uniform machining of the intersection while simultaneously imparting compressive residual stress.

• 一般社団法人日本機械学会の論文
• 2009-12-01

著者

• SHINMURA Takeo

  Utsunomiya University

• YAMAGUCHI Hitomi

  Dept. Mechanical and Aerospace Engineering, University of Florida

• Yamaguchi Hitomi

  Dept. Mechanical And Aerospace Engineering University Of Florida

関連論文

• Study of Internal Finishing of Slender Tubes by Magnetic Abrasive Finishing(Surface and edge finishing)
• Restraint of the Burr when Cutting of Austenite Stainless Steel by the Application of Magnetic Field Assisted Method(Surface and edge finishing)
• C14 Study of Alternating Magnetic Field Assisted Internal Finishing for Nonferrous Complex-shaped Components(Abrasive finishing technology)

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