Feng GUO

Education: Ph.D. (City   University of Hong Kong)

Major: Mechanical Engineering

School: School of Mechanical and Automotive Engineering   (MAE)

Department/Institute：Department   of Measurement and Control Technology and Instrumentation; Institute of   Tribology

Title:   Professor

Email:   mefguo@qut.edu.cn

Personal profile（个人简介）

Feng GUO is   currently a full-time Taishan Scholar Chair Professor in MAE. He now also   serves as head of the MAE. His main work is concentrated on fundamental research   and education in tribology. He has published more than 100 papers in   peer-reviewed international journals. He owns invention patents in the   lubrication measurement and new lubrication technology. As a principal   investigator, he has undertaken research projects funded by NSFC (Natural   Science Foundation of China), the Ministry of Education of China, Qingdao   Municipal Science and Technology Commission, and some industrial partners. He   has won the 2nd Prize of the Natural Science Award of the Ministry of   Education, the 1st Prize of the Natural Science Award of Qingdao City, the   SAGE Best paper Award of IMechE, J. Engg. Tribol. . He has successfully   supervised nearly 20 research students, and they have won different academic   awards due to excellent performance in Ph.D./Master degree studies

Employment track（工作履历）

July 2004 –   December 2017, Assoc. Professor & Professor, School of Mechanical   Engineering, Qingdao University of Technology, China.

January   2018 – present, Professor, Head of MAE, School, School of Mechanical and   Automotive Engineering (MAE), Qingdao University of Technology, China.

Visiting   Professor :

April 2005 - July 2005, SVBL, Kyushu Institute of   Technology

Senior   Research Fellow (Term):

September   2005 –  September 2019

Department   of MNE, City University of Hong Kong

Visiting   Professor :

September 2013 –  October 2013

Brno   University of Technology, Czech

Professional Service （学术兼职）

1. Member   of the Academic Committee of the State Key Laboratory of Tribology

2.   Executive Director of Tribology Branch of Chinese Mechanical Engineering   Society

3. Member   of  editorial board of FRICTION

4. Member   of editorial board

5. Deputy Chairman   of the Editorial Board of BEARING

Research field（研究领域）

Mechanical   Engineering, Measurement and Instrumentation

Teaching（教学情况）

1. Engineering   Fluid Mechanics, undergraduate course

2. Engineering   Optics, undergraduate course

3. Heat Transfer   and Fluid Mechanics, Postgraduate course

4   Lubrication Science and Engineering, Postgraduate course

Scientific research（科研情况）

Current research interests

1. Numerical calculation and experiments of liquid film   lubrication

2. Optical measurement of lubricating film thickness at   sub-micro/nano scale and instrumentation.

3. Advanced industrial lubrication technique

Academic achievements（学术成果）

Selected   Research Projects:

1. On   the enhancement of conformal contact lubrication by discrete oil supply   induced from dewetting by adsorption layers of organic friction modifiers，Natural Science Foundation of China，01/2022– 12/2025，52175173, PI.

2. Study   on new 3d-CTG engineering surfaces with unidirectional oil flow for rolling   bearings with limited lubricant supply, Natural Science Foundation of China (Mobility   Programme of the Sino-German Center for Research Promotion)，01/2021-12/2023,M0380, PI.

3. On   the lubrication of a cam-roller unit, WEICHAI Powe,11/2020- 03/2023,   skler-20204, PI.

4. Enhancement   of lubricant replenishment for LLS lubrication through functional surfaces,   Natural Science Foundation of China, 51775286，01/2018–12/2021,PI.

5. On   the lubrication of oil droplets, Specialized Research Fund for the Doctoral   Program of Higher Education，01/2014 – 12/2016, PI.

6. On   the slippage step effect in thin film lubrication at mirco/sub-micro scale   under conformal contacts.，Natural Science Foundation of China, 01/2013 –   12/2016，51275252，PI.

7. On a   novel measurement approach and its application in wall-slippage of lubricating   films，Natural Science Foundation of China, 50875136,   01/2009-12/2011, PI.

8. Program   for New Century Excellent Talents in University, Ministry of Education,   China, NCET-07-0474，01/2008-12/2010,   PI.

9. Slippage   viscosity wedge and its effect on thin film lubrication, Natural Science   Foundation of China, 50475165, 01/2005-12/2007, PI.

Selected   Publications：

1. Liu C., Guo F., Wong P., Li X..   Laser pattern-induced unidirectional lubricant flow for lubrication track   replenishment. Friction, 2021, on-line.

2. Zhang Xiaohan, Yu Tao, Guo Feng,   Liang Peng. Analysis of the influence of small quantity secondary lubricant   on water lubrication,Tribology International, 2021, 159:106998.

3. Li, X., Guo, F., Poll, G., Fei,   Y., Yang, P.. Grease film evolution in rolling elastohydrodynamic lubrication   contacts. Friction, 2020, 9(1), 179-190.

4. Liu,   C. L., Guo, F., Wong, P. L., Li, X. M. Tribological behaviour of surfaces   with stepped wettability under limited lubricant supply. Tribology   International, 2020,141:105880.

5. Guo   F., Zang S., Li C., Wong P.L., Guo L., Lubrication film generation in   slider-on-disc contact under limited lubricant supply. Tribology   International, 2018, 128:200-208.

6. Li   X., Guo F., Wong P.L., Zhao Y. Regulation of lubricant supply by wettability   gradient in rolling EHL contact. Tribology International, 2018, 120:565-574.

7. Li   S. Y., Guo F., Li X. M., Numerical simulation of an oil droplet passing   through an EHL contact, Tribology International, 2017, 112:58-67.

8. Liu   C. L., Guo F., Li X. M., Experimental study of elastohydrodynamic lubrication   behaviour under single oil droplet supply, Tribology International, 2017,   published on-line.

9. Bai   Q., Guo F., Wong P. L., Online measurement of lubricating film thickness in   slider-on-disc contact based on dichromatic optical interferometry, Tribology   Letters, 2017, 65(4):145.

10. Liu   H C, Guo F, Wong P. L., Investigation of adsorbed protein and passive films   on hydrodynamic lubricated steel slider surface, Tribology International,   2017, 109:133-139.

11. Liu,   H. C., Guo, F., Guo, L.,Wong, P. L., A dichromatic interference intensity   modulation approach to measurement of lubricating film thickness, ribology   Letters, 2015,58, 15.

12. Guo   F.,Yang   S. Y., Ma C., Wong P.L.，Experimental Study on Lubrication Film   Thickness Under Different Interface Wettabilities, Tribology Letters, 2014,   54(1): 81-88.

13. Li   X.M.,Guo F., Wong P.L., Shear rate and pressure effects on boundary slippage   in highly stressed contact, Tribology International, 2012, 59:147-163.

14. Li   X., Guo F., Yang S., Wong P.L., Measurement of load-carrying capacity of thin   lubricating films, ASME Trans. Journal of Tribology, 2012, Vol. 134(3),   044501-(105) .

15. Guo   F., Li X.M., Wong P.L., A novel approach to measure slip-length of   thin lubricant films under high pressures,  Tribology International, 2012, Vol. 46, pp. 22-29.

16. Kaneta   M., GUO F., Wang J., Impact micro-elastohydrodynamics in point contacts, ASME   Trans. Journal of Tribology, 2011,   Vol. 133(3): 031503.

17. Li   X.M.,Guo F. Wong P.L., Study of Boundary Slippage Using Movement of a   Post-Impact EHL Dimple Under Conditions of Pure Sliding and Zero Entrainment   Velocity, Tribology Letters，2011, Vol. 44(2), pp. 159-165.

18. Guo F., Wong P. L., Fu Z. Ma C., Interferometry measurement of   lubricating film in slider-on-disc contacts, Tribology letters, 2010, Vol.   39(1), pp. 71-79

Honors   and Awards

1. Winner of Best-PhD-Thesis Prize   of Shandong province, 2021.

2. Second-class award for natural   science, Ministry of Education, China, 2018.

3. Second-class award for science   and technology in Universities of   Shandong Province ，2017.

4. Winner of Best-PhD-Thesis Prize   of Shandong province, 2013.

5. First-class award of the   natural science research, from   Qingdao city，   2012.