盘形齿轮在最小润滑量下的端面齿轮磨削硬化

Q4 Engineering
Yanzhong Wang, Guoying Su, Daoyun Qiao, Weiwei Feng, Yuxia Pei
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引用次数: 0

摘要

为了缩短端面齿轮的加工过程,进行了最少润滑条件下端面齿轮的磨削硬化效果试验。首先,基于包络原理分析了面齿轮的磨削方法,建立了磨削运动控制方程;其次,建立了热流密度分布比方程,推导了三角热源的理论计算公式;第三,编写了MATLAB计算程序,分析了MQL磨削条件下的温度变化规律。最后,分析了磨削参数对磨削硬化层深度的影响。结果表明,MQL磨削达到了磨削硬化的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Grinding-Hardening of Face Gears Under Minimum Quantity Lubrication with Disc Wheels
To shorten the process of face gears, the grinding-hardening effect experiment of face gears under minimum quantity lubrication(MQL) was carried out. Firstly, the grinding method of face gears was analyzed based on the envelope principle, and the control equation of grinding movement was constructed. Secondly, the distribution ratio equation of heat flux density was established, and the theoretical calculation formula of triangle heat source was derived. Thirdly, since a MATLAB calculation program was compiled, the temperature change law under MQL grinding was analyzed. In the end, the influence of grinding parameters on the grinding-hardening layer depth was analyzed. The results demonstrate that MQL grinding achieves the grinding-hardening effect.
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1.10
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