Abstract
In this paper, the influence of work speed, number of sparkout and forced vibration on the roughness of ground surface in the perpendicular section to grinding direction was investigated experimentally. The influence of work speed on the roughness of ground surface in the parallel one was investigated experimentally, too. On the other hand, using the experimental results of the distribution in depth for the position of grain cutting edges and the distribution of grain tip angles in the wheel surface layer, theoretical values of the roughness were calculated and compared with experimental values. Further, it was made clear by Monte Carlo simulation that the influence of elastic displacement of grain cutting edges on the roughness of ground surface in the perpendicular section to grinding direction was not so large.
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