本工作的目的是确定一些工艺参数对球头立铣刀刀具磨损的影响。刀具磨损试验是在一台可转位球头立铣刀上进行的，该铣刀在30 HRC下加工P-20模具钢块，其条件与在模具和模具中制造雕塑表面的条件相似。研究的重点是倾斜角度和切削速度对刀具磨损分布和发展的影响。本研究中开发和演示的计算和实验程序有助于描述钢球的刀具磨损特性- 通过将大量与工艺相关的因素减少到只有两个与切屑几何形状相关的因素，实现了前端铣刀。

The purpose of this work was to determine the effect of some proces parameters upon tool wear of ball-nose end mills. Tool wear experiments were conducted with an indexable ball-nose end mill, machining blocks of P-20 mold steel at 30 HRC, under conditions similar to those used to produce sculptured surfaces in dies and molds. The investigation focused on the effect of tilt angle and cutting speed on the distribution and progression of tool wear. The computational and experimental procedures developed and demonstrated in this study facilitate the tool wear characterization of ball-nose end mills by reducing a large number of process-related factors to only two chip geometry-related factors.