Abstract

The thermal influence of the tooth geometry in a conical gear is considered for the case of milling by a cutting head. Formulas are derived for the maximum temperature and the temperature field in cutting as a function of the geometric parameters of the tooth. On that basis, research in a virtual environment corresponding to the actual conditions is possible at preproduction, and the thermal phenomena may be predicted as a function of the tooth geometry in the gear being milled.

中文翻译：

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圆锥齿轮铣削中齿几何形状的热影响

摘要

对于通过切削头铣削的情况，要考虑圆锥齿轮中齿几何形状的热影响。根据牙齿的几何参数得出最高温度和切削温度场的公式。在此基础上，可以在生产前在与实际条件相对应的虚拟环境中进行研究，并且可以根据正在铣削的齿轮中的齿几何形状预测热现象。