Analysis of Abrasive Grit Cutting for Generating Gear Grinding
Analysis of Abrasive Grit Cutting for Generating Gear Grinding
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DOI：
10.1016/j.procir.2016.06.042
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发表时间：
2017
期刊：
影响因子：
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通讯作者：
C. Brecher;F. Klocke;C. Löpenhaus;Florian Hübner
中科院分区：
文献类型：
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作者：
C. Brecher;F. Klocke;C. Löpenhaus;Florian Hübner
由于切削力对磨削过程的动力学有重要影响，因此确定切削力是展成磨齿的主要挑战之一。因此，优化切削力可以导致提高磨削齿轮的质量和磨削蜗杆的磨损最小化。本文着重分析了在切削过程中的单个和多个磨粒。研究的重点是磨削力和材料中的划痕。利用这些数据，可以增强展成磨齿的切削力模型，确保更精确地分析磨齿过程。在切削力作用下，可以根据通用标准模拟和评估包括表面粗糙度在内的磨削齿轮形貌。
Determining the cutting forces poses one of the main challenges in generating gear grinding due to their significant influence on the dynamics of the grinding process. Thus, optimizing the cutting forces can lead to an increased quality of ground gears and a minimized wear of the grinding worm.This paper focusses on the analysis of single and multiple abrasive grits during the cutting process. Research focuses are the grinding forces and scratches in the material. With this data, a cutting force model for generating gear grinding can be enhanced ensuring a more precise analysis of the gear grinding process. Beneath the cutting forces, the ground gear topography including surface roughness can be simulated and evaluated according to common standards.