Analysis of the Grinding Force in Plunging Bevel Gear Grinding

Analysis of the Grinding Force in Plunging Bevel Gear Grinding
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插铣锥齿轮磨削磨削力分析

DOI:
10.1007/978-3-030-03451-1_9
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发表时间:
2018
期刊:
Advances in Production Research
影响因子:
--
通讯作者:
Klocke
Klocke
中科院分区:
--
文献类型:
--
作者:
Löpenhaus;Klocke

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由于对齿轮传动的效率和噪声激励的要求不断提高,齿轮的硬加工已成为许多应用的必要工艺步骤。通过磨削的硬精加工是用于各种类型齿轮的既定制造工艺,因为可以实现良好的几何和表面质量。对于锥齿轮,磨削尤其适用于加工质量要求高的齿轮,例如汽车轴传动齿轮。了解磨削力对于预测近表面区域的特性以及磨削工具上的载荷至关重要。因此,磨削力的预测是基于知识的工艺设计的基础。对于锥齿轮的磨削加工过程,目前还没有一个力的计算模型。因此,DFG KL 500/187-1项目的目标是开发锥齿轮磨削力模型。本文提出了一种确定和评价插齿锥齿轮磨削力的方法,作为今后建立磨削力模型的基础。
Due to rising requirements concerning efficiency and noise excitation of gear drives, the hard finishing of gears has become a necessary process step for many applications. The hard finishing by grinding is an established manufacturing process for various types of gears, as good geometric and surface quality can be achieved. For bevel gears, grinding is used especially to machine gears with high quality requirements such as for automotive axle drives.The knowledge of the grinding force is essential for the prediction of the properties of the near surface zone as well as the load on the grinding tool. Therefore, the prediction of the grinding force is fundamental for a knowledge-based process design. For the process of bevel gear grinding, no models for the calculation of the force exist. The objective of the project DFG KL 500/187-1 is consequently the development of a force model for bevel gear grinding. In this paper, a method to determine and evaluate the grinding force in plunging bevel gear grinding as a basis for future force modelling is presented.
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