Upper bound analysis for specific energy in grinding of ceramics

摘要: The present research was undertaken to investigate grinding mechanisms and energy for ceramics. Previous has shown that material removal of ceramics occurs mainly by brittle fracture, although most the is associated with ductile plowing aside into ridges. In paper, an attempt made account specific its dependence on grit depth cut modifying a previous upper-bound model include effect rounding at tip triangular-shaped cutting tool. Using this approach, shape cross-sectional profile calculated which matches upper bound solution experimental measurements energy. results show tool can increase in smaller depths cut. For HPSN 400 diamond wheel, found be consistent point geometry previously reported.