424 Geometric Analysis of Undeformed Chip Thickness in Ball-nosed End Milling

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概要

• 論文の詳細を見る

• This paper clarifies the analysis method for the undeformed chip thickness and the geometric influence of the tool orientation on the ball-nosed end milling. It has been firstly pointed out that the geometric situations on the determination of the thickness are categorized in three cases based on the relationship among the milling parameters. Secondly each corresponding case has been reduced into a comprehensive equation with introducing a coordinate system of tool axis orientation. Then the result of analysis has been displayed in graphics. Through the analysis of the equations, it was found that the tool axis orientation had direct influence to the undeformed chip thickness. Besides the description of analytical solving procedures, some experiments of undeformed chip thickness have been shown. For example, the distribution of undeformed chip thickness, the cutting length at any position of cutting edge, the area of cutting cross section and so on.

• 一般社団法人日本機械学会の論文

著者

• Mizugaki Y.

  Kyushu Institute Of Technology

• Mizugaki Y.

  Kyushu Institute Of Technology Dept. Of Mechanical And Control Eng.

• Kikkawa K.

  Kyushu Institute of Technology

• Terai H.

  Kitakyushu National College of Technology, Dept. of Control and Information System Eng.

• Hao M.

  Harbin Institute of Technology, School of Mechanical and Electrical Eng.

• Kikkawa K.

  Kyushu Institute Of Technology Dept. Of Mechanical And Control Eng.

• Hao M.

  Harbin Institute Of Technology School Of Mechanical And Electrical Eng.

• Terai H.

  Kitakyushu National College Of Technology Dept. Of Control And Information System Eng.

関連論文

• 520 Geometric Simulation of Electrode Wear Based on Volumetric Relative Wear in Generating EDM
• 424 Geometric Analysis of Undeformed Chip Thickness in Ball-nosed End Milling
• 301 An Approach of Estimating Machining Error by Heuristic Geometrical Rule in 5-axis Ball-nosed End Milling

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