TitleA numerical approach to analyze ground surface texture based on abrasive belt topography
SourceAsiatrib-2018, pp. 193-195
AuthorW.X. Wang, J.Y. Li, W.G. Fan


The ground surface is the result of the geometry interaction between grits and workpiece. Therefore, its profile can be regarded as a reflection of the upper envelope profile of effective cutting grains. Based on that, a numerical method was proposed to investigate the influences of abrasive wear height, cutting depth and contacted belt length separately on surface profile. According to the results of the application case, it has been revealed that the abrasive wear height and the contacted belt length had a significant effect on Ra of the surface, while the cutting depth just affects Ra within a limited arrangement.


Asiatrib-2018, pp. 193-195