Education

2009— Ph.D.—, Hydraulic Transmission, School of Mechanical Science and Engineering and, JILIN University, CHINA.

2006— M. S.—, Hydraulic Transmission, School of Mechanical Science and Engineering, JILIN University, CHINA.

2003— B. S.—, Machinery Design and Theory, School of Mechanical Science and Engineering, JILIN University, CHINA.

Professional Experience

2015/12-2016/12   Academic visitor, School of Mechanical Aerospace and Civil Engineering, The University of Manchester, UK

2015/12-current    PhD supervisor, School of Mechanical Science and Engineering, JILIN University.

2014/09-current    Post-doctoral, Key Laboratory of Bionics Engineering, Ministry of Education, JILIN University. Co-Advisor Professor Ren Luquan.

2011/09–current  Associate Professor, School of Mechanical Science and Engineering, JILIN University.

2010/09–2012/06   Post-doctoral, Hangzhou Advance Gearbox Group Co., Ltd.

2009/09–2011/06   Lecturer, School of Mechanical Science and Engineering, JILIN University.

Research Interests

CFD simulation and PIV test of complex turbulent flow.

Single phase and two-phase fluid flow in fluid machinery.

Hydrokinetic devices design and optimization in industrial.

Hydraulic transmission and its application in biological system.

Awards and Scholarships

1.        JILIN University, Award for second prize in technology advancement of China Machinery Industry Federation, 2012.

2.        JILIN University, Award for first prize in JILIN Provincial Government Technology Advancement, 2013.

Publications

1.        Ma W, Zhang Y, Liu Chunbao*, et al. Prediction Method of the Fuel Consumption of Wheel Loaders in the V-Type Loading Cycle. Mathematical Problems in Engineering, 2015.

2.        Liu Chunbao Xu D, Ma W, et al. Analysis of Unsteady Rotor-Stator Flow with Variable Viscosity Based on Experiments and CFD Simulations. Numerical Heat Transfer, Part A: Applications, 2015, 68(12): 1351-1368.

3.        Liu Chunbao, Liu C, Ma W. Rans, detached Eddy simulation and large Eddy simulation of internal Torque converters flows: A comparative study. Engineering Applications of Computational Fluid Mechanics, Vol. 9, Iss. 1: 114-125.

4.        Liu Chunbao, Tan Y, Ma W X, et al. Die compensation method of hydraulic torque converter blade based on forming simulation and spring-back prediction. Materials Research Innovations, 2015, 19(S5): S5-1144-S5-1149.

5.        Liu Chunbao, Liu C, Ma W. Mathematical Model for Elliptic Torus of Automotive Torque Converter and Fundamental Analysis of Its Effect on Performance. Mathematical Problems in Engineering, 2015, 2015.I 0.762 SCI

6.        Liu Chunbao, Linshan G, Wenxing M, et al. Multiobjective Optimization Design of Double-Row Blades Hydraulic Retarder with Surrogate Model. Advances in Mechanical Engineering, 2015, 7(2): 508185.

7.        Wenxing M, Hao L, Liu Chunbao *, et al. Measurement and analysis of the internal flow field in the hydrodynamic torque converter with adjustable guide vanes[J]. Advances in Mechanical Engineering, 2015, 7(6): 1687814015589669.

8.        MA Wenxing, Song Jianjun, Liu Chunbao*, et al. Calculation method of outlet pressure of operrtype hydrodynamic retarder. Journal of Jilin University (Engineering and Technology Edition), 2014, 44(01):86-90.(in chinese)

9.        Chai Bosen, Liu Chunbao*, Wang Weidong. Extraction of internal flow velocity in pump of hydrodynamic torque converter based on Hough transform. Journal of Drainage and Irrigation Machinery Engineering, 2014, 32(04):284-289. (in chinese)

10.    Li Xueson, Liu Chunhao*, Chen Xiushen and Miao Liyin. Cascade Angle Optimization of Hydraulic Retarder Based on Flow Field Characteristics. Transactions of the Chinese Society of Agricultural Engineering, 2014, 45(06):20-26. (in chinese)

11.    Ma Wenxing, Liu Chunbao*, Lei Yulong et al. Modern  Design Methods and Application of Engineering Machinery Torque Converter. Hydraulics Pneumatics&Seals, 2012, 10:71-76. (in chinese)

12.    Tan yue, MA Wenxing, Liu Chunbao*. Precision control on blades forming of stamping welded hydrodynamic torque converter. Journal of Jilin University (Engineering and Technology Edition), 2013, S1:530-534. (in chinese)

13.    Yuan Zhe, MA Wenxing, Liu Chunbao*, Liu Hao. Temperature field analysis of the operrtype hydrodynamicretarder of heavy vehicle. Journal of Jilin University (Engineering and Technology Edition), 2013,05:1271-1275. (in chinese)

14.    MA wenxing, Liu Bin, Liu Chunbao*, Liu hao. Hydrodynamic speed adj usting system and its control of wind turbine. Journal of Jilin University (Engineering and Technology Edition), 2013, 05:1276-1283. (in chinese)

15.    Liu Chunbao, Fu Hongchao, Zhu Lifeng. Further design of hydraulic torque converter HC315 . Abstracts of mechanical engineering, 2013, 05:58-60. (in chinese)

16.    Chai bosen, Liu Chunbao*. Study on vortex flow characteristics of hydrodynamic coupling based on particle image velocimetry technipue. Transactions of the Chinese Society of Agricultural Engineering, 2013, 23:86-92+293. (in chinese)

17.    Liu Chunbao*, MA Wenxing, Du Weiwei, Li Hualong. Calculation  and  Analysis  ofTransmission System Based  on Speed Adjustment Wind  TurbineHydrodynamic. JOURNAL OF TONGJI UNIVERSITY(NATURAL SCIENCE), 2013, 10:1584-1588. (in chinese)

18.    Zhu Xilin, HuangWei, Liu Chunbao*, et al. Analysis of Flat Hydrodynamic Torque Converter without Inner Ring Based on Different Flatness Ratios. Transactions of the Chinese Society of Agricultural Engineering, 2011, 42(06):33-37. (in chinese)

19.    Chai Bosen, Ma Wenxing, Liu Chunbao*. Analysis of Internal Flow Field in Hydrodynamic Coupling Based on Crossorrelation Algorithm. Transactions of the Chinese Society of Agricultural Engineering, 2011, 12:38-42. (in chinese)

20.    ZHU Xilin, Liu Chunbao*, Ma Wenxing, Xi Zhixing. Performance Comparison and Analysis of Stamping / Welding and Foundry Hydrodynamic Torque Converters. .JOURNAL OF BELTING UNIVERSITY OF TECHNOLOGY, 2012, 03: 335-339. (in chinese)

21.    Liu Chunbao, Ma wenxing*, Deng hongchao. Design method of flat hydrodynamic torque converter for passenger car based on elliptic torus, Journal of Jilin University (Engineering and Technology Edition), 2010, 40(04):1039-1043. (in chinese)

22.    Liu Chunbao, MA Wenxing, Zhu Xilin. 3D Transient Calculation of Internal Flow Field for Hydrodynamic Torque Converter. JOURNAL OF MECHANICAL ENGINEERING, 2010, 46(14):161-166. (in chinese)

23.    Liu Chunbao, Zhu Xilin, Ma Wenxing*. Flatness ratio of flat hydrodynamic torque converter for passager car. Transactions of the Chinese Society of Agricultural Engineering, 2010, 10:23-27. (in chinese)

24.    Liu Chunbao, Ma Wenxing*, XU Rui. Calculation and analysis of axial force torque converter based on CFD. Journal of Jilin U niversity (Engineering and Technology Edition), 2009, 05:1181-1185. (in chinese)

25.    Chai Bosen, Ma Wenxing, Liu Chunbao*. Analysis of internal flow field in fluid coupling based on numerical simulation and experimental measurement.Proceedings of 2011 International Conference on Fluid Power and Mechatronics, FPM 2011, p 742-747.

26.    Liu Chunbao*, Chu Yaxu. Research on the flow separation control in hydrodynamic coupling based on numerical simulation. Proceedings - International Conference on Electrical and Control Engineering, ICECE 2010, p 2968-2973.

27.    Tan Yue, Ma Wen Xing, Liu Chunbao*. Blank unfolding calculation for blades of stamping welded hydrodynamic torque converter. Advanced Materials Research, 2013,738:167-171.

Patents

1.        Liu Chunbao, Liu Changsuo, Ma Wenxing, et al (2014). Bionic blade of stator in Double-turbine hydraulic torque converter, “China. Patent” #CN201410040097.

2.        Liu Chunbao, Wu Penghui, Ma Wenxing, et al (2014). A separation device for testing torque converter internal flow, “China. Patent” #CN201410306106.

3.        Liu Chunbao, Ma Wenxing, Zhang Yubo, et al (2014). A test device for particle image velocimetry of the internal flow field in hydraulic retarder, “China. Patent” #CN201410351177.

4.        Liu Chunbao,Yang Hualong, Ma Wenxing, et al (2014). A test device for particle image velocimetry of internal flow field in stator impeller. “China. Patent” #CN201410351180.

Research Grants

1.        Shift control system development of High-power engineering machinery electrical and mechanical hydraulic control automatic shift transmission. Supported by Ministry of Industry and Information. 2015.1-2016.12. Fund: 1,500,000 (RMB). Running.

2.        Research on the key technologies in life cycle designning of machinery for earthwork’s powertrain. Supported by National High Technology Research and Development Program of China (No.2014AA041502). 2014.1-2016.12. Fund: 660,000 (RMB). Running.

3.        Research on super hydrophobic surface of blades in hydraulic retarder. Supported by State Key Laboratory of Mechanical Transmission in Chongqing University, 2014.6-2015.6. Fund: 50,000 (RMB). Running.

4.        Study on cascade system of hydraulic torque converter of new green energy. Supported by Science and Technology Department of Jilin Province. 2013.1-2015.12. Fund: 80,000 (RMB). Finished.

5.        Application of computing technology of high performance based on public computing platform in Jilin province. Supported by Science and Technology Department of Jilin Province. 2014.1-2015.6. Fund: 10,000 (RMB). Finished.

6.        Development of electro-hydraulic control on Power shift of transmission in   hydraulic retarder. Supported by Qingzhou North Industrial Co., Ltd. 2012.6-2013.5 Fund: 100,000 (RMB). Finished.

7.        Research on the adjustable guide vane in hydraulic mechanical speed control system of wind turbine. Supported by the New Teacher Doctoral Fund of Ministry of Education. 2011.1-2013.12. Fund: 36,000 (RMB). Finished.

8.        Research on the key technologies of multi-functional shovel for removing road snow. Supported by Baishan Xingtai Mine Machinery Co., Ltd. 2011.5-2013.12 Fund: 350,000 (RMB). Finished.

9.        Study on laser visualization of the flow field in the hydraulic torque converter. Supported by Hangzhou Advance Gearbox Group Co., Ltd. 2011-2012. Fund: 50,000 (RMB). Finished.

Undergraduate courses taught

Thermal Fluids Engineering—Heat Transfer Theory (required course)

Mechanical System Design (required course)

Introduction of Bionic Machinery (optional course)

Technology of Flow Numerical Simulation (optional course)

Hydrodynamic Transmission (optional course)

Graduate courses taught

Modelling based on multi-scale simulation