Fuhao Liu

Education: Ph.D. (Tianjin   University)

Major: Mechanical   Engineering

School: School of Mechanical and Automotive Engineering   (MAE)

Department/Institute：Institute of Mechanical Design and Theory

Title: Professor

Email: fuhaoliu@mvrlab.com

Personal profile（个人简介）

Fuhao Liu   is currently a Youth Specialist of Taishan Scholar Professor in MAE. His main   work is concentrated on fundamental research and education in vibration and   noise, high precision gear transmission, dynamics of complex systems,   scientific calculation method, finite element simulation. He has extensive   project cooperation experience with the government and the industries. He has   published more than 30 papers in peer-reviewed international journals.

Employment track（工作履历）

September 2007–January 2013, Doctor of Philosophy, Mechanical   Engineering, Tianjin University

September 2010–August 2011, Visiting Scholar, The Ohio State   University

September 2011–September 2012, Visiting Scholar, University of   Illinois at Urbana-Champaign

November 2015–December 2017, Post-doctoral, Shanghai Jiao Tong   University

September 2015–August 2018, Deputy Chief of Science and Technology   Mayors in Jiangsu Province

May 2021–present,   Enterprise Science   and Technology Commissioner in Shandong Province

Professional Service （学术兼职）

1. Member   of Standardization Committee of China Enterprise Management Association for Machinery   Standardization

2. Member   of China Mechanical Engineering Society for High-performance Transmission and Intelligent   Equipment

Research field（研究领域）

Mechanical   Engineering, High-end Intelligent   Equipment

Teaching（教学情况）

Mechanical   principle, undergraduate course

Scientific research（科研情况）

Current research interests:

1. Numerical calculation and experiments of dynamic   stiffness

2. Optimized design of high-end intelligent equipment

3. Intelligent vibration reduction technology

Academic achievements（学术成果）

Selected   Research Projects:

1. Study   on fault evolution mechanism and dynamic excitation of heavy-duty gear crack   under variable working conditions, Natural Science Foundation of Shandong   Province, 01/2022– 12/2024, ZR2021ME010, PI

2. Study   of multi-factors coordination mechanism for the vibration and noise in brake   system and its nonlinear complicated dynamics characteristic analysis, Natural   Science Foundation of Jiangsu Province, 01/2018– 12/2021,BK20161312, PI

3. Study   on vibration and noise mechanism model and dynamic evolution law of   non-lubricated gear system, Natural Science Foundation of the Jiangsu Higher   Education Institutions of China, 07/2017– 06/2019,BK20161312, PI

4. Study   of collision and double-sided films mechanism for the vibration and noise of   gear-box, Natural Science Foundation of China, 01/2014– 12/2016, 51305378,   PI.

Selected   Publications：

1. Hanjun   Jiang, Fuhao Liu. Dynamic characteristics of helical gears incorporating the   effects of coupled sliding friction[J]. Meccanica. 2022; 57(3): 523-539.

2. Fuhao   Liu, Hongguang Li, Hanjun Jiang, Suyu Jiang. Influence of Two External   Excitations for Brake Stick-slip Behavior using New Numerical Calculation   Method, Journal of Computational and Nonlinear Dynamics, 2020;15:101005;

3. Hanjun   Jiang, Xiaojie Sun, Fuhao Liu. Measurement Method of Tooth Friction Force for   Helical Gears by Laser Displacement Sensor, Journal of the Brazilian Society   of Mechanical Sciences and Engineering, 2020; 42:338

4. Fuhao   Liu, Liang Zhang, Hanjun  Jiang, Jielu Zhang and Xuehua Yu, An Original   Numerical Calculation Method for Impacting Contact Model of Spur Gear under   Lightly Loaded Condition, Meccanica, 2020; 55(7): 1435-1451;

5. Fuhao   Liu, Liang Zhang, Hanjun Jiang, Jielu zhang, Nonlinear Dynamic Analysis of   Two External Excitations for the Gear System Using an Original Computational   Algorithm, Mechanical Systems and Signal Processing. 2020, 144: 106823;

6. Hanjun   Jiang, Fuhao Liu. Mesh Stiffness Modelling and Dynamic Simulation of Helical   Gears with Tooth Crack Propagation, Meccanica, 2020, 54(11-12):   1889-1909;

7. Hanjun   Jiang, Fuhao Liu. Analytical models of mesh stiffness for cracked spur gears   considering gear body deflection and dynamic simulation, Meccanica, 2019,   54(11-12): 1889-1909;

8. Fuhao   Liu, Liang Zhang, Hanjun Jiang, Xuehua Yu, Simulation of vitro-impact gear   model considering the lubricant influence with a new computational   algorithm.(SCI). Journal of the Brazilian Society of Mechanical Sciences and   Engineering, 2018, 40(147);

9. Hanjun   Jiang, Fuhao Liu. Dynamic modeling and analysis of spur gears considering   friction-vibration interactions (SCI). Journal of the Brazilian Society of   Mechanical Sciences and Engineering, 2017, 39(12), 4911-4920;

10. Fuhao   Liu, Liang Zhang, Hanjun Jiang, Yanxiang Weng, Li Chen. Dynamical analysis of collision for gear with velocity-modulated   method. Journal of Vibration Engineering. 2017, 30(3): 367-377;

11. Fuhao   Liu, Liang Zhang, Xuehua Yu. Stability investigation of velocity-modulated   gear system using a new computational algorithm (SCI). Nonlinear Dynamics,   2017, 89(2), 1111-1128;

12. Fuhao   Liu, Hanjun Jiang, Liang Zhang, Li Chen, Analysis vibration characteristic   for helical gear under hydrodynamic conditions (SCI). Advance in Mechnical   Engineering, 2017, 9(1),: 1-9;

13. Hanjun   Jiang, FuhaoLiu. Dynamic features of three-dimensional helical gears under   sliding friction with tooth breakage(SCI). Engineering Failure Analysis,   2016, (70): 305-322;

14. Fuhao   Liu, Hanjun Jiang, Shaona Liu, Xuehua Yu. Dynamic Behavior Analysis of Spur   Gears with Constant & Variable Excitation Parameters considering Sliding   Friction Influence (SCI). Journal of Mechanical Science and Technology, 2016,   30(12): 5363-5370;

15. Fuhao   Liu. Dynamic Analysis of Drag Torque for Spur Gear Pairs Considering the   Double-sided-films (SCI). Part C: Journal of Mechanical Engineering Science,   2016, 231(12): 2253-2262;

16. Fuhao   Liu, S. Theodossiades*, M. D. McFarland, A. Vakakis and L. Bergman.   Analytical Characterization of Damping in Gear Teeth Dynamics Under   Hydrodynamic Conditions (SCI). Mechanism and Machine Theory, 2015, (94):   141-147;

17. Tai,   X. , H. Ma, Fuhao Liu, Y. Liu and B. Wen. Stability and steady-state response   analysis of a single rub-impact rotor system. Archive of Applied Mechanics   2015, 85(1): 133-148;

18. Fuhao   Liu, Hanjun Jiang, Longying Zhu. Stability and Nonlinear Dynamics Analysis of   Automotive Disc Brake. Journal of Vibration Engineering, 2014, 27(6):   907-914;

19. Fuhao   Liu, S. Theodossiades, M. D. McFarland, A. Vakakis and L. Bergman. Tailoring   Strongly Nonlinear Negative Stiffness (SCI). Journal of Mechanical Design,   2014, 136(2): 024501;

Patents

1. Fuhao   Liu. Automobile speed measurement and control method and system. U.S. Patent   No. 9827995B2;

2. Fuhao   Liu. Vehicle rear wheel steering assist control system and control method   therefor. U.S. Patent No. 9994217;

3. Fuhao   Liu. Automobile cornering rollover prevention method and system. U.S. Patent   No. 10407058B2;

4. Fuhao   Liu. Gear dynamic transmission error determination. U.S. Patent No.   10274399B2;

5. FuhaoLiu.   Automobile cornering rollover prevention control system and control method   therefor. U.S. Patent No. 10449821B2;

Honors   and Awards

6. Outstanding   Contribution Award for Scientific and technological Innovation of China   General Machinery Industry, 2019

7. Second-class   award for Jiangsu Province science and technology, 2019

8. Second-class   award for Science and Technology Progress of China machinery Industry, 2018