关于磨削加工面的粗糙度,以前根据统计的方法进行过理论的分析,它的几何参数是明确的。虽然如此,但根据这种理论分析仍不能解释磨削加工面粗糙度曲线的波纹情况。按照这种理论分析,假定切削沿着磨粒的运动轨迹进行,将产生如磨粒形状的切削沟槽。然而,在实际工作中,并不是象假设的那样切削沿磨粒所开辟的几何形状进行,而是出 On the grinding surface roughness, previously based on statistical methods for theoretical analysis, its geometric parameters are clear. However, according to this theoretical analysis can not explain the grinding surface roughness curve of the ripple situation. According to this theoretical analysis, it is assumed that the cutting is performed along the movement path of the abrasive grains, resulting in a grinding groove having a shape like an abrasive grain. However, in actual work, it is not like the hypothetical cutting of the geometry opened by abrasive particles,