L. Xin
University of Science and Technology Beijing
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Publication
Featured researches published by L. Xin.
Tribology Transactions | 2017
L. Xin; Zidong Wang; J.X. Li; Y.H. Lu; T. Shoji
ABSTRACT Fretting wear tests on Inconel 690 alloy were carried out at different displacement amplitudes. The results indicated that with an increase in displacement amplitude, the ratio of tangential force to normal load and wear volume increased. The fretting mode gradually transformed from mostly stick, mixed stick–slip, to full sliding, showing the competition of fretting-induced fatigue cracking and fretting-induced wear. There was a gradient plastic strain created by fretting, which resulted in the formation of a nanocrystalline tribologically transformed structure (TTS) and plastic deformation layers. The plastic strain in the plastic deformation layer gradually increased with an increase in displacement amplitude.
Tribology International | 2015
Jie Li; Y.H. Lu; Haoyang Zhang; L. Xin
Materials & Design | 2016
L. Xin; B. Yang; Zidong Wang; J.X. Li; Y.H. Lu; Tetsuo Shoji
Materials Characterization | 2016
L. Xin; Zihao Wang; Jie Li; Y.H. Lu; Tetsuo Shoji
Wear | 2016
J.X. Li; Minyu Ma; Y.H. Lu; L. Xin
Wear | 2016
L. Xin; B. Yang; Zihao Wang; J.X. Li; Y.H. Lu; Tetsuo Shoji
Corrosion Science | 2017
L. Xin; B. Yang; Jie Li; Y.H. Lu; Tetsuo Shoji
Materials Characterization | 2017
L. Xin; Y.H. Lu; Tetsuo Shoji
Materials & Design | 2017
J.X. Li; B. Yang; Y.H. Lu; L. Xin; Zidong Wang; Tetsuo Shoji
Materials Characterization | 2017
Jie Li; B. Yang; Y.H. Lu; L. Xin; Zihao Wang; Tetsuo Shoji
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