中文摘要：

为了获得不同有序化排布砂轮的磨削力的变化情况，基于生物学中的叶序排布理论，利用电解蚀刻技术和复合电镀工艺提出并制造出来一种新型的磨粒族有序化排布超硬砻朴砂轮即磨粒族叶序排布砂轮，并利用其和磨粒族错位排布砂轮及磨粒族无序排布砂轮时钛舍佥TC4进行磨削实验分析了它们的磨削力随着进给速度和磨削深度的变化规律。实验结果表明：在相同的磨削实验条件下，磨粒族叶序排布砂轮的磨削力小于磨粒族错位排布砂轮和磨粒族无序排布砂轮。

英文摘要：

In order to obtain the grinding force of the super-abrasive grinding wheel and realize the feasibility of grinding the titanium alloy, in this paper a new kind of the abrasive cluster grinding wheel with phyllotactic pattern was designed based on the phyllotaxis theory of biology and fabricated by using the technology of electrolytic etching and composite electroplating. And the experiment of grinding the titanium alloy TC4 was carried out with different abrasive cluster grinding wheels. The changing rules of the grinding force with the feed speed and the grinding depth were analyzed. The results show that under the same experiment conditions, the grinding force of the abrasive cluster grinding wheel with phyllotactic pattern is smaller than those with staggered and random pattern.