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磨削加工是最精密、最重要的加工方法之一,也是最复杂最难理解的一种工艺过程。 从生产实践中发现,磨屑厚度是影响磨削过程的主要因素之一。过去我们是将砂轮视为齿数极多的铣刀,然后按铣削过程的特点求出磨屑厚度。实际上,铣削过程和磨削过程是有着本质区别的,为了更好的揭示磨削过程的真实情况,本文利用已知的磨削参数从磨屑体积入手求出磨肩厚度,从磨削比能入手求出磨削功率和磨削力,从而分析磨屑厚度对磨削过程的重要影响以及对生产实践的指导意义。 由于磨屑厚度对于磨削过程的重要,那么对于不同的磨削情况研究磨屑厚度对它的影响是非常必要
Grinding is one of the most sophisticated and important machining methods and one of the most complex and difficult to understand processes. Found from the practice of production, wear debris thickness is one of the main factors affecting the grinding process. In the past we saw the grinding wheel as a very large number of milling cutter, milling milling process and then by the characteristics of wear debris thickness. In fact, there is an essential difference between the milling process and the grinding process. In order to reveal the actual situation of the grinding process better, this paper uses the known grinding parameters to get the thickness of the grinding shoulder, Can start with the grinding power and grinding force to analyze the important impact of the wear debris thickness on the grinding process and the guidance of the production practice. Since the thickness of the wear debris is important to the grinding process, it is necessary to study the effect of wear debris thickness on different grinding conditions