粗糙度参数与特殊微轮廓表面形成特征之间的关系

V. Lavrinenko, V. Solod
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摘要

本文论述了在超硬材料刀具加工条件下,被加工表面粗糙度参数之间关系的形成规律。给出了金刚石磨料加工条件下粗糙度高度比参数Rmax/Ra的形成特征。一般来说,对于Rmax/Ra,我们有一种“粗糙度弧”,当首先对正常未经处理的粗糙源表面,它接近4时,然后对该表面进行磨料-金刚石处理,将该比率提高到6,然后提高到8,但进一步的磨料精加工和抛光方法将该比率降低到6,然后对高质量表面进行化学-机械抛光,使该比率接近4。这意味着,如果磨削原始表面的初始成本影响比率的增加,那么随后的精加工和抛光工作的成本降低了原始比率Rmax/Ra的值。获得具有特殊微轮廓的处理表面的特性,即具有凹槽(一种“口袋”)的扁平突起,用于放置油,以增加此类表面的使用寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE RALATIONSHIP BETWHEEN THE PARAMETERS OF ROUGHNESS AND FEATURES OF SURFACE FORMATION WITH A SPECIAL MICROPROFILE
This article shows the regularities of the formation of the relationship between the parameters of the roughness of the treated surface under the conditions of processing with a tool made of superhard materials. Features of formation of the ratio of height parameters of roughness Rmax/Ra for conditions of diamond-abrasive processing are shown. In general, in relation to Rmax/Ra we have a kind of "roughness arc", when first for a normal untreated rough source surface it is close to 4, then abrasive-diamond treatment of this surface raises this ratio to 6 and then to 8, but further methods of abrasive finishing and polishing reduce the ratio to 6 and then chemical-mechanical polishing to a high-quality surface returns this ratio to values close to 4. This means that if the initial cost of grinding the original surface affects the increase in the ratio, then the subsequent cost of finishing and polishing work reduces the value of the ratio Rmax/Ra to the original. The peculiarities of obtaining a treated surface with a special microprofile, which is a flat protrusions with recesses (a kind of "pockets") for placing oil to increase the service life of such a surface.
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