Subsurface damage distribution in the lapping process.
To systematically investigate the influence of lapping parameters on subsurface damage (SSD) depth and characterize the damage feature comprehensively, maximum depth and distribution of SSD generated in the optical lapping process were measured with the magnetorheological finishing wedge technique. Then, an interaction of adjacent indentations was applied to interpret the generation of maximum depth of SSD. Eventually, the lapping procedure based on the influence of lapping parameters on the material removal rate and SSD depth was proposed to improve the lapping efficiency.
Wang
Zhuo
Z
College of Mechatronic Engineering and Automation, National University of Defense Technology, Changsha, Hunan, China. wangzhuo0305@yahoo.com.cn
Wu
Yulie
Y
Dai
Yifan
Y
Li
Shengyi
S