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Please use this identifier to cite or link to this item: http://hdl.handle.net/10928/457

Title: 加工工程設計支援システムの開発 : 多数の穴を有する工作物への適用性と目的関数の複数化
Other Titles: Development of Supporting System for Process Planning in Machining : Applicability to Product with a Large Number of Holes and Plurality of Objective Function
Authors: 笠原, 和夫
稲葉, 達郎
池上, 敦子
張, 成基
KASAHARA, Kazuo
INABA, Tatsuro
IKEGAMI, Atsuko
JANG, Sung Ki
Keywords: process planning
machining power
electric energy
objective function
Issue Date: 1-Dec-2013
Publisher: 成蹊大学理工学部
Abstract: In order to improve the applicability to products having a large number of holes, the greedy algorithm is used in the process of searching for the solution. The constitution of the system was confirmed to be valid from a comparison between the machining time obtained by a proposed system and operator design. Then, the cutting force in milling and drilling processes performed on a workpiece having a large number of holes and steps is calculated through application of cutting models proposed by Usui et al., and the machining power and electric energy are estimated on the basis of the calculated cutting force. To enable process planning in which two objective functions such as machining time and electric energy are taken into consideration, it is proposed that convert those quantities to cost.
URI: http://hdl.handle.net/10928/457
Appears in Collections:第50巻第2号

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