Impact Factor:3.748

DOI number:10.3390/ma14123417

Journal:MATERIALS

Key Words:abrasion component;interface;tribological performance;Cu-based composites

Co-author:Zhang, Zhongyi, Zhou, Haibin, Yao, Pingping*, Fan, Kunyang, Liu, Yongqiang, Zhao, Lin, Xiao, Yelong, Gong, Taimin, Deng, Minwen

First Author:Zhang, Zhongyi

Correspondence Author:Yao, Pingping

Document Code:3417

Document Type:Article

Volume:14

Issue:12

ISSN No.:1996-1944

Translation or Not:no

Pre One:Evolution of contact surface characteristics and tribological properties of a copper-based sintered material during high-energy braking Next One:Investigation on Speed-Load Sensitivity to Tribological Properties of Copper Metal Matrix Composites for Braking Application