正面フライス削りにおける工具磨耗のインプロセス検出法に関する一考察

概要

論文の詳細を見る
This investigation aims at the application to the adaptive control (AC) paying attention to tool life on face milling. As a method of detection of tool wear in process, relations between tool wear and cutting forces on face milling were investigated experimentally in detail. Main results obtained are as follows. 1) For the detection of tool failure in process by using cutting forces, it is satisfactory from a standpoint of practical use to pay attention to the principal force (F1) and the thrust force (F3). And tool wear is expressed more sensitively and more exactly by using the resultant force (√F1(2)+F3(2)) than by using F1 or F3 independently. 2) The angle θ3 between the principal force (F1) and the resultant force (√F1(2)+F3(2)) is very sensitive to the chipping of a tool.
津山工業高等専門学校の論文
1974-03-30