精加工面铣刀刀片斜形几何对切削力的影响

Heorhii Vyhovskyi, N. Balytska, Mykola Plysak, V. Otamanskyi
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引用次数: 0

摘要

大量的科学工作证实了采用面铣削加工零件表层最终成形的可行性。同时,使用面铣刀斜切的工艺流程具有显著的优势,配备超硬材料,采用螺旋阶梯排列的切削刀片。本工作致力于研究斜面铣刀刃口倾角对灰铸铁和碳素工具钢工件平面加工时切削力的影响。讨论了切削刃倾角在0 ~ -45º范围内对铣刀刀片进入工件的平整度的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of oblique geometry of cutting inserts of finishing face mills on cutting forces
The feasibility of using face milling for the final formation of the parts surface layer is confirmed by a large number of scientific works. At the same time, there are significant advantages of technological processes using face mills for oblique cutting, equipped with superhard materials, with a spiral-stepped arrangement of cutting inserts. This work is devoted to the study of the influence of the inclination angle of the oblique face mill cutting edge on the cutting forces when processing the workpiece flat surface made of gray cast iron and carbon tool steel using the Deform-3D program. The influence of the cutting edge inclination in the range from 0 to -45º on the smoothness of penetration of the face mill inserts into the workpiece is discussed.
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