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RESEARCH PROJECTS
l 2011.01~2012.06, I took part in
a China FAW Group Co. funded project as a participant, named
Hydraulic Hybrid
Technology Research in Heavy Truck, in which I have built up the simulation
models of hydraulic hybrid system for simulating research with AMESim.
l 2013.03~2013.03, I took part in
a JiangSu Liugong Machinery Co., Ltd. funded project as a participant, named Dynamic Optimization and Evaluation
System for Hydraulic System and Power Train in Loaders, in which I have
built up the simulation models of hydraulic system and power train for
simulating research with AMESim.
l 2014.01~
(2016.12), I am undertaking a Specialized Research Fund for the Doctoral
Program of Higher Education (Grant No. 20130061120036) as a project leader,
named Step Variable Displacement
Control Characteristics of Hydraulic Hybrid System, in which We research a kind of digital
hydraulic pump/motor unit on how to control its displacement precisely
concerning about the efficiency of the units.
l 2014.02~2015.12,
I undertook a Xuzhou Construction Machinery Group Co., Ltd. (XCMG)
funded project as a project leader, named Hydraulic Hybrid Technology in Truck Crane, in which We have
developed a parallel hydraulic hybrid system for a certain style of truck
crane to save kinetic energy during braking and promote its power
performances.
l 2014.05~2015-05 Weihai Huata
Construction Machinery Co., Ltd funded project, as a participant
Self-loading
Concrete Transit Mixing Truck
I was responsible
for hydraulic system design and calculation.
l 2015.01~(2017.12)
Natural Science Foundation of China
Project (Grant No.51405183) , as a project leader
Distributed Variable Displacement Hydraulic Impact Mechanism and Its
Inhibition in Hydraulic Hybrid System
We research a kind of digital hydraulic pump/motor unit on how to
inhibit the hydraulic impact during displacement variate caused by abrupt
flow rate change.
l 2015.12~
(2016.12) CSR Sifang Vehicles Co.,
Ltd. funded project, as a project leader
Rubber-wheeled Guide Rail Trolley Braking System Simulating
Calculation
We build up the whole braking system simulation model in AMESim, and
work out any braking characteristics under different conditions. The
simulating calculation results will be helpful for braking system optimized
design.
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PUBLICATIONS
l H. Sun,
J. H. Jiang, X. Wang. Optimal
Torque Management Strategy for a Parallel Hydraulic Hybrid Vehicle. International
Journal of Automotive Technology. 2007, Vol.8, No.6, p791-798. (In English)
l H. Sun,
J. H. Jiang, X. Wang. Research on
the Optimization of Important Powertrain Components for Hydraulic Hybrid
Vehicle. The 11th International Conference on Mechatronics Technology，Ulsan,
Korea, Nov. 2007. (In English)
l Jihai
Jiang, Hui Sun, Xin Wang. A New
Type of Energy Saving and Environmental Vehicle – Hydraulic Hybrid Vehicle. Fluid
Power Transmission and Control. 2007, No.1, p7-11. (In Chinese)
l H. Sun,
J. H. Jiang, X. Wang. Factors
Influencing the System Efficiency of Hydrostatic Transmission Hybrid
Vehicles. IEEE Vehicle Power and Propulsion Conference (VPPC), Harbin, China,
2008. 9. p1-6. (In English)
l Sun
Hui, Jiang Ji-hai, Wang Xin.
Quantitative Feedback Robust Controller Design for Hydrostatic Transmission
Hybrid Vehicle. Journal of Jilin University (Engineering and Technology
Edition). 2009, Vol.39, No.6, p1538-1543. (In Chinese)
l H. Sun,
J. H. Jiang, X. Wang. Energy
Control Strategy for Parallel Hydrostatic Transmission Hybrid Vehicles.
Journal of Harbin Institute of Technology (New Series). 2009, Vol.16, No.4,
p474-480. (In Chinese)
l Wang Xin, Jiang Ji-hai.
Regenerative Braking Control Strategy for Wheel Drive Hydraulic Hybrid
Vehicle. Journal of Jilin University (Engineering and Technology Edition). 2009,
Vol.39, No.6, p1544-1549. (In Chinese)
l Wang Xin, Jiang Jihai.
Optimization matching of wheel drive hydraulic hybrid vehicle components
based on adaptive simulated annealing genetic algorithm. Proceeding of the
2009 IEEE International Conference on Mechatronics and Automation, 2009. ICMA
2009. International Conference, Changchun, China. 2009, p1962-1967. (In
English)
l Wang Xin, Jiang Ji-hai, Yu
An-cai, Sun Hui. Design of Hydraulic Hybrid Vehicle Simulant Test Bench.
Hydraulic and Pneumatic. 2009, No.12, p56-58. (In Chinese)
l H. Sun,
J. H. Jiang, X. Wang. Parameters
Matching and Control Method for Hydraulic Hybrid Vehicle with Secondary
Regulation Technology. Chinese Journal of Mechanical Engineering (English Edition).
2009, Vol.22, No.1. p57-63. (In English)
l Wang Xin, Jiang Ji-hai, Yu
An-cai. Optimal Matching on Driving System of Hydraulic Hybrid Vehicle.
Journal of Harbin Institute of Technology. 2011, Vol.43, No.7, p66-70. (In
Chinese)
l Wang Xin, Jiang Jihai, Yu
Ancai. Power Management Strategy of Series Hydrostatic Hybrid Vehicle.
Journal of Highway and Transportation Research and Development. 2011, Vol.28,
No.7, p142-146. (In Chinese)
l Wang Xin, Chen Wei, Yu
Ancai. Sliding Mode Rotation Speed Control on Secondary Regulation Hydraulic System.
Proceedings of 2011 International Conference on Electronic and Mechanical
Engineering and Information Technology, EMEIT 2011, p1058-1061. (In English)
l Wang Xin, Yu Ancai, Chen
Wei. Optimal matching on driving system of hydraulic hybrid vehicle. Procedia
Engineering. 2011, Vol.15, p5294-5298. (In English)
l Dong
Han, Liu Xin-hui, Wang Xin, Chen
Jin-shi, et al. Energy Saving Performance of Hydraulic Hybrid System with
AMESim. Journal of Jilin University (Engineering and Technology Edition).
2013, Vol.43, No.5, p1264-1270. (In Chinese)
l Dong
Han, Liu Xin-hui, Wang Xin, Zheng
Bo-yuan, et al. Parallel Hydraulic Hybrid Braking Regenerative
Characteristics. Journal of Jilin University (Engineering and Technology
Edition). 2014, Vol.44, No.6, p1655-1663. (In Chinese)
l Dong
Han, Liu Xin-hui, Wang Xin, Zheng
Bo-yuan, et al. Impact of Main Parameters of Accumulator on Parallel
Hydraulic Hybrid. Journal of Jilin University (Engineering and Technology
Edition). 2015, Vol.45, No.2, p420-428. (In Chinese)
l Yijie
Liang, Tongjian Wang, Xin Wang, Weiquan
Liang, et al. Simulation research on hydraulic hybrid
assistant beam pumping unit. Journal of Mechanical Engineering
Science. 2015, published on line. (In English)
l Jiang
Ji-hai, Liu Tao, Wang Xin, Luo
Nian-ning. Hydraulic Hybrid Technology
in Automobiles. Published by China Machine Press, Beijing, China. Mar.
2012. (In Chinese)
l Jiang
Ji-hai, Hu Zhi-dong, Wang Xin. Hydraulic Transmission (5th Edition). Published by HIT Press, Harbin, China. Jan, 2015. (In Chinese)
l Wang
Xiao-jing, Wang Xin, Hu Zhi-dong,
Wang Hong-yan. Hydraulic System Design
Examples. Published by Chemical Industry Press, Beijing, China. Jan,
2015. (In Chinese)
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