Effect of Cold Deformation on the Friction-Wear Property of a Biomedical Nickel-Free High-Nitrogen Stainless Steel
Hao-Chuan Zhao1,2, Yi-Bin Ren2(
), Jia-Hui Dong2, Xin-Min Fan1, Ke Yang2
), Jia-Hui Dong2, Xin-Min Fan1, Ke Yang2
.
Fig. 6. a Variations in the friction coefficient as a function of cold reduction in thickness under various lubricating conditions; the typical friction coefficient-time curves obtained in dry wear tests b; distilled water c; Hank’s solution d
