Jie Yang

Name: Jie Yang

E-mail: flyyangj @163.com

Office: Room 321, No. 2 Teaching Building

Lab: Room 306, Geological Engineering Building

Personal profile

Jie Yang, born in 1968, native of Wuhan, Hubei, Ph. D, professor, master supervisor, core member of the innovation team of Natural Science Foundation of Hubei Province, has successively obtained the bachelor’s degree, master’s degree and doctoral degree in mechanical engineering from Huazhong University of Science and Technology. He has been teaching in China University of Geosciences (Wuhan) since 2002, was employed as an associate professor in 2004 and promoted to Professor in 2013. From 2006 to 2014, he served as the deputy director of Department of Mechanical Engineering, School of Mechanical Engineering and Electronic Information, CUG (Wuhan); from 2014 to 2018, he served as the director in mechanical engineering teaching and experiment center; from 2010 to 2011, he was a visiting associate research fellow at the University of California, Merced.

Director of Hubei Mechanical Design and Transmission Institute, director of Hubei Metalworking Institute, member of China Mechanical Engineering Society, national 863 peer review expert, and the reviewer of Energy, International Journal of Hydrogen Energy and other international journals.

He has presided over and undertaken National 863 program, programs supported by natural science foundation and provincial and ministry-level programs, and has made a series of achievements in solid oxide fuel cell system and sustainable manufacturing. He has published a number of high-quality papers in Journal of Power Source, International Journal of Hydrogen Energy, China Mechanical Engineering and other domestic and overseas authoritative journals, including 20 SCI authoritative journal papers, and has obtained 15 authorized patents for inventions and 1 teaching achievement award in Hubei Province.

Research fields

1. Fuel cell system

Dynamic mechanism model of fuel cell system, life prediction of fuel cell system, fault diagnosis technology of fuel cell system based on pattern recognition and artificial intelligence

2. New-energy vehicle power system technology

Optimization of fuel cell engine system and integrated control technology, adaptive management and optimization control technology of fuel cell and hybrid vehicle

3. Sustainable manufacturing technology

Reduction of energy and resource consumption, automatic monitoring of manufacturing process and process control technology for reducing emission, industrial automatic detection and control technology, virtual implementation technology

Courses offered:

Undergraduates: Machinery Technology, Machinery Manufacturing Equipment and Technology

Postgraduates: Postgraduate Innovation and Entrepreneurship

Selected publications:

[1] Jie Yang*, Sen Qin, Wenying Zhang, Tengfei Ding, Bo Zhou, Xi Li, Li Jian. Improving the load-following capability of a solid oxide fuel cell system through the use of time delay control. International Journal of Hydrogen Energy, 2017 42(2) 1221-1236 (SCI, IF=3.419)

[2] Wenying Zhang, Bin Hua, Jie Yang*, Bo Chi , Jian Pu, Li Jian, Performance evaluation of a new Fe-Cr-Mn alloy in the reducing atmosphere of solid oxide fuel cells, Journal of Alloys and Compounds, 2018,769 (2) 866-872(SCI, IF=3.779)

[3] Wenying Zhang, Jun Li, Jie Yang*, Bo Zhou, Jian Pu, Bo Chi, Li Jian, Characterization of a new Fe-based alloy as metallic interconnect in SOFC anode environment, International Journal of Hydrogen Energy, 2016, 41(47): 22246–22253 (SCI, IF=3.419)

[4] Wenyin Gong , Zhihua Cai , Jie Yang*, Xi Li , Li Jian, Parameter identification of an SOFC model with an efficient, adaptive differential evolution algorithm, International Journal of Hydrogen Energy, 39(2014) 5083-5096 (SCI, IF=4.054)

[5] Jie Yang, Xi Li*, Jianhua Jiang, Li Jian, Lei Zhao, Jinguo Jiang, Xiao guang Wu, Linhong Xu, Parameter optimization for tubular solid oxide fuel cell stack based on the dynamic model and an improved genetic algorithm, International Journal of Hydrogen Energy, 2011,36(10) 6160-6174, (SCI, IF=3.419)

[6] wenqi Wang, Jie Yang*, Yingpeng Gong, Hanlie Hong, Tunable synthesis of TiO2/SrO core/shell nanowire arrays with enhanced photocatalytic activity, Materials Research Bulletin, 48(2013)21-24 (SCI, IF=2.105)

[7] Jie Yang, Xi Li*, Honggang Mou, Li Jian, Predictive control of SOFC based on an improved Takagi?Sugeno fuzzy model, Journal of Power Sources, 193(2009) 699-705 (SCI, IF=4.951, times cited: 20)

[8] Jie Yang, Xi Li*, Honggang Mou, Li Jian, Control-oriented thermal management of solid oxide fuel cells based on a modified Takagi–Sugeno fuzzy model, Journal of Power Sources, 188(2)(2009)475-482, (SCI, IF=4.951, times cited: 21)

[9] Jie Yang*, Jian Song, Qi Hu, Chaoyong Zhang, Leilei Meng, Pickling-cold Rolling Production Line Power Modeling and Process Parametersing Optimizeation, China Mechanical Engineering, 2018, 29(19):2371-2376

[10] Zhengtao Huang, Jie Yang, Chaoyong Zhang, Zhiheng Zhou, Yang Xie, Wenwen Lin, Energy-oriented CNC Milling Process Modelling and Parameter Optimization, China Mechanical Engineering, 2016(18): 2524-2532

Main government sponsored scientific research programs:

[1] Sub-task of National 863 Program: “5kW medium and low temperature planar SOFC independent power generation system”, 2011-2014

[2] Sub-task of National Natural Science Foundation of China: “Research on the regulation and preparation of core-shell photoanodes with TiO2 nanowire array and the transmission mechanism of charge”, 2010-2013

[3] China Postdoctoral Science Foundation: “Fuel flow exhaust mechanism and time delay control for  solid oxide fuel cell system under the condition of load tracking”, 2011-2012

[4] General Program of National Natural Science Foundation of Hubei Province: “Research on the modeling technology of fuel cell power system for drilling power”, 2012

[5] Ten Major Scientific and Technological Projects of Wuhan City: “Simulation of 1000W medium-temperature planar solid oxide fuel cell (SOFC)”, 2007-2008

Awards:

[1] Research on the training of comprehensive practical ability of college students and young teachers for mechanical disciplines with industrial advantages under new situations, Second prize for teaching achievements of colleges and universities in Hubei Province, 2013

[2] Solid oxide fuel cell prediction control based on improved T-S fuzzy model, Third prize of the 13^th Excellent Natural Science Academic Papers of Hubei Province, 2010

Main patents for inventions:

[1] A method for evaluating the comprehensive energy efficiency of cold rolled strip production, 2017.12.22, China, ZL 201710649959.1

[2] A power modeling approach for cold rolling mill, 2016.11.16, China, ZL201610487049.3

[3] A heating test device for fuel cell stacks, 2017.05.17, China, ZL 201621089711.1

[4] A modeling approach and system for optimizing the energy flow consumption of galvanizing unit, 2017.12.30, China, ZL201711384333.9

[5] A heating test circuit and system for fuel cell stack, 2017.02.01, China, ZL201610861085.1

[6] Automatic flatness measuring machine, 2016.01.20, China, ZL201310270941.2

[7] A solid oxide fuel cell energy management system for ocean buoys, 2016.01.06, China, ZL201310552132.0

[8] A solid oxide fuel cell system and thermoelectric coordinated control method, 2015.01.28, China, ZL201310104574.9

[9] A modeling method and system for laminar cooling temperature field, 2017.01.18, China, ZL201310479981.8

[10] A laminar cooling temperature monitoring method and device, 2015.11.04, China, ZL201310666845.X