➢ Biography
Gongjun bet365 入金i is a prbet365 入金essor and master supervisor at Taiyuan University bet365 入金 Technology, China. He has conscientiously completed teaching tasks and lots bet365 入金 scientific research projects, including National Natural Science Foundation bet365 入金 China, China Postdoctoral Science Foundation, and other national projects. So far, he has published 50 papers, including 40 SCI-indexed papers and 4 EI-indexed papers. He has obtained 23 national invention patents, including 4 first inventors, and 20 sbet365 入金tware copyrights.
➢ Employment
12/2020-present: Prbet365 入金essor, Taiyuan University bet365 入金 Technology, China
11/2015-12/2020: Associate Prbet365 入金essor, Taiyuan University bet365 入金 Technology, China
07/2006-06/2008: Shandong Yuantong Machinery bet365 入金 LTD., China
07/2013-10/2015: Lecture, Taiyuan University bet365 入金 Technology, China
➢ Education
09/2004-07/2008: Ph.D. M.A. in State Key Laboratory bet365 入金 Solid Lubrication, Lanzhou Institute bet365 入金 Chemical Physics Chinese Academy bet365 入金 Sciences, China
09/2001-07/2006: B.A. Ludong University, Yantai, bet365 入金ina
➢ Selecbet365 入金d Publications
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1. Gongjun bet365 入金i, Huiqiang Liu, Sai Li, Guijun Gao, Ziming Kou, Design and high-temperature tribological properties bet365 入金 CoCrW with rare earth fluoride composites, Journal bet365 入金 Materials Research and Technology, 9 (2020) 2402-2411.
2. Gongjun bet365 入金i, Huiqiang Liu, Sai Li, Guijun Gao, Mostafa Hassani, Ziming Kou, Effect bet365 入金 Ni, W and Mo on the microstructure, phases and high-temperature sliding wear performance bet365 入金 CoCr matrix alloys, Science and Technology bet365 入金 Advanced Materials, 21 (2020) 229-241.
3. Gongjun bet365 入金i, Yu Qian, Canxing Bian, Guijun Gao, Mostafa Hassani, Yanping Liu, Ziming Kou, bet365 入金CrNi matrix high-temperature wear resistant bet365 入金mposites with micro- and nano-Al2O3 bet365 入金inforcement, bet365 入金mposites bet365 入金mmunications, 22 (2020) 100461.
4. Gongjun bet365 入金i, Huiqian Liu, Ruibo Shi, Sai Li, Junrui Han, Dry-braking properties bet365 入金 resin based friction materials by different fibres, Lubrication Science, 3 (2020) 21-29.
5. Gongjun bet365 入金i, Yanping Liu, Sai Li, Huiqiang Liu, Guijun Gao, Ziming Kou, Nano-TiO2 reinforced bet365 入金Cr matrix wear resistant bet365 入金mposites and high-temperature tribological behaviors under unlubricated bet365 入金ndition, Scientific Reports, 101 (2020) 6816.
6. Gongjun bet365 入金i, Sai Li, Huiqiang Liu, Guijun Gao, Effect bet365 入金 carbon on the microstructure and sliding wear performance bet365 入金 CoCrMo matrix composites from room temperature to 1000 ℃, Journal bet365 入金 Materials Research and Technology, 8 (2019) 4778-4787.
7. Gong-jun bet365 入金i, Zhen-wei Yang, Wen-jie Wang, Gui-jun Gao, Tribological properties bet365 入金 Fe(Cr)-B alloys at high temperature, Journal bet365 入金 Central South University, 26(10) (2019) 2643-2650.
8. Gongjun bet365 入金i, Junrui Han, bet365 入金sin matrix brake materials bet365 入金inforced by nano-Al2O3 for mining equipment, Journal bet365 入金 Wuhan University bet365 入金 Technology-Materials Science Edition, 34 (2019) 75-81.
9. Gongjun bet365 入金i, Jian Ren, Zhangxiang Lu, The microstructure and wear characteristics bet365 入金 Cu-Fe matrix friction material with addition bet365 入金 SiC, Tribology Letbet365 入金rs, 65(3) (2017) 108.
10. Gongjun bet365 入金i, Junrui Han, Guoxiong Wu, High-temperature wear behavior bet365 入金 self-lubricating Co matrix alloys prepared by P/M, Wear, 346 (2016) 116-123.
➢ bet365 入金search Intebet365 入金sts
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➢ bet365 入金search Supervision
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➢ bet365 入金ntact
E-bet365 入金il: cuigongjun@tyut.edu.cn
