歯切りにおける切削力に関する基礎的研究 : 連なった2つの切れ刃による非対称切削の切削理論

概要

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The cutter used in hobbing has many cutting teeth, each of which has two or three cutting edges. When a hob cuts a gear, chips are simultaneously produced by two or three cutting edges of one tooth. Since interference occurs among the parts produced by those cutting edges, the specific cutting forces become larger than those in orthogonal cutting. The previous paper analyzed the interference of chips about symmetrical non-full-depth triangular cuts. In this paper, the interference of chips is analyzed when the cutter has non-symmetrical edges, and the cutting width is different in each edge. The authors theoretically investigate the specific cutting forces in non-symmetrical and non-full-depth triangular cuts with a straight turning tool with point corner under various cutting widths.
一般社団法人日本機械学会の論文
1995-03-25