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Please use this identifier to cite or link to this item: http://hdl.handle.net/10928/283

Title: 複合型CNC旋盤による加工での加工精度向上に関する研究 : フライス加工時における工作物挙動の解析と共振現象の回避
Other Titles: Study on Improvement of Machining Accuracy in Machining with CNC Lathe Having a Milling Spindle : Analysis of Workpiece Behavior in Milling and Avoidance of the Resonance
Authors: 笠原, 和夫
吉田, 亮二
大久保, 雅文
KASAHARA, Kazuo
YOSHIDA, Ryoji
OHKUBO, Masafumi
Keywords: milling
ball end mill
cutting force
workpiece behavior
resonance frequency
Issue Date: 1-Dec-2012
Publisher: 成蹊大学理工学部
Abstract: This study deals with an analysis of workpiece behavior and optimization of machining conditions with regards to milling of a shaft having a small flexural rigidity using ball end mills. In this paper, in order to apply a previously developed cutting model to milling of shafts, geometric quantities such as contact region between the cutting edge and the workpiece surface, and distribution of undeformed chip thickness along the cutting edge, are analyzed. Cutting forces are calculated using the cutting model and an energy method. Then, the workpiece deflection is analyzed on the basis of calculated results of cutting forces. It is found that the cutting forces and workpiece deflection show an increase at the location where the tool axis reaches about half of the center line of the shaft. Analysis of the resonance frequency of the workpiece is performed, and the relationship between the rotational speed of the spindle and displacement of the workpiece is clarified.
URI: http://hdl.handle.net/10928/283
Appears in Collections:第49巻第2号

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