Li Shuyi, PhD, Associate professor, master supervisor.

Research directions: 1. Numerical analysis and experimental of EHL; 2. Control of micro-lubrication; 3. Bionic surface lubrication enhancement. Research projects: National Natural Science Foundation of China and Postdoctoral Application Grant. He has published 16 academic papers, including 10 SCI/EI papers, and exchanged academic reports in tribology academic conferences at home and abroad for many times.

Project:

1. Study on lubrication enhancement of cam-tappet pair based on lubricating oil directional migration of biomimetic surface of wedge-shaped blind hole,

2. Under micro-oil supply study on enhanced of lubrication regulation through functional surface.

Papers:

1. Li Shuyi, Guo Feng, Li Xinming, et al. Effect of the slide-roll ratio on point contact EHL under oil droplet supply. Tribology International, 2019, 130: 261-269.

2. Guo Feng, Li Shuyi, Liu Chenglong, Li Xinming, Liu Xiaoling, Film building in circular EHL contact lubricated by oil droplet groups, Lubrication Science 2018, 30(4):149-159.

3. Li Shuyi, Guo Feng, Li Xinming, Liu Chenglong, Elastohydrodynamic Lubrication with Oil Droplets. Tribology Letters, 2017, 65(4): 162.

4. Li Shuyi, Guo Feng, Li Xinming, Liu Chenglong, Numerical simulation of an oil droplet passing through an EHL contact. Tribology International, 2017, 112:58-67.

5. Liu Xiaoling, Li Shuyi, Yang Ping, et al. On the lubricating mechanism of roller skew in cylindrical roller bearings[J]. Tribology transactions, 2013, 56(6): 929-942.

6. Li Shuyi, Guo Feng, Li Xinming, Liu chenglong. Study on the critical value of oil droplet spacing distance under conditions of discrete droplet supply in elastohydrodynamic lubrication[J]. Chia Academic Journal Electronic Publishing House, 2019(7):767-777.

7. Li Shuyi, Guo Feng, Li Xinming. Analysis of lubrication characteristic of single droplet in the elastohydrodynamic lubrication contact[J]. Journal Mechanical Engineering, 2018, 54(003):95-100.

8. Li Shuyi, Guo Feng, Li Xinming. Numerical analysis of elastohydrodynamic lubrication behavior under micro oil droplet supply[J]. Tribolosy, 2016, 36(4):413-420.