Simulation Analysis of Creation Process of Finished Surface with Diamond Cone Stylus

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概要

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• Aluminum single crystals having various orientations were scratched with a diamond cone stylus to clarify the deformation mechanism of finished surface by machining. the results are as follows: both the scratched force and the scratched track width periodically fluctuate in accordance with the change of scratching direction even if the crystal plane is identical. The angle of slip lines observed around the scratched tracks is in good agreement with that calculated from the active slip system. Moreover, the finite element method is applied to analyze the deformation process in surrounding of scratched track. The information suggests that the finite element method is useful for the analysis of scratched deformation.

• 一般社団法人日本機械学会の論文

著者

• Yamazaki Takao

  Department Of Mechanical Engineering Shinshu University

• Sato Mototaro

  Department Of Mechanical Engineering Faculty Of Technology Shinshu University

• Sato Mototaro

  Department Of Mechanical Engineering Shinshu University

• MASUl Nozomu

  Toshiba Ltd.

• AKAI Hiroshi

  Honda-Giken Ltd.

関連論文

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• Systematic Analysis of Core Photoemission Spectra for Actinide Di-Oxides and Rare-Earth Sesqui-Oxides
• Effects of Crystal Orientation on the Cutting Mechanism of the Aluminum Single Crystal : 2nd Report : On the (111) plane and the (112) end Cutting
• Effects of Crystal Orientation on the Cutting Mechanism of Aluninum Single Crystal
• Simulation Analysis of Creation Process of Finished Surface with Diamond Cone Stylus
• A Study on the Microcutting of Aluminum Single Crystals

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