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Characterization of topography of cut surface based on theoretical roughness indexes

机译:基于理论粗糙度指标的切割表面形貌的特征

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The microgeometry of cut surfaces is one important characteristic of surface quality, since it has significant influence on the tribological properties of working surfaces. In addition to the ability to plan the economical effectiveness of cutting and the accuracy of workpieces the ability to plan the quality of machined surfaces has also emphasized importance. This is why the predictability of surface roughness in planning of technological processes is more and more important. More and more opportunities presenting themselves and one of these is the estimation of the expected value of roughness of the machined surface on the basis of the theoretical value of roughness. The paper focuses on the introduction of a method to describe a mathematical relation between the theoretical and the measured roughness indexes in cutting with tools having defined edge geometry, thus the planning may be more accurate.
机译:切割表面的微曲线是表面质量的一个重要特征,因为它对工作表面的摩擦学特性产生了重大影响。除了规划切割经济效率和工件的准确性的能力外,还强调了规划机加工表面的质量的能力。这就是为什么在技术过程规划方面粗糙度的可预测性更为重要。越来越多的机会呈现自己,其中一个是基于粗糙度的理论值的基础上估计加工表面的粗糙度的预期值。本文侧重于引入一种方法来描述用具有限定边缘几何形状的工具切割的理论和测量的粗糙度指标之间的数学关系,因此规划可能更准确。

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