Chang Xu
发布时间:2014-11-25   浏览次数:

 

 

EDUCATION

                PhD, Power Mechanical and Engineering                                 Nov. 2005

            Southeast University, Nanjing, China

            MS, Thermal Engineering                                                    April 2000

            Northeastern University, Shenyang, China       

            BS, Thermal Engineering                                                     July 1997

            Northeastern University, Shenyang, China    

 

PROFESSIONAL EXPERIENCE

            Professor                                                               April 2014

            Associate Professor                                               April 2008 –April 2014

            Power engineering department, Renewable energy department, Hohai University

       Lecturer                                               April 2003 April 2008

            Power engineering department, Hohai University

       Chair                                                    Sep. 2010 –Present

            Renewable energy department, Hohai University

       Associate Chair                                        Sep. 2004Sep. 2010

            Power engineering department, Hohai University

       Visiting Associate Professor                            Sep. 2009 - Sep. 2010

            Mechanical Department, University of Iowa (USA)

            Research field: Wind farm optimization design

       Visiting Researcher                                     Sep. 2008 - Sep. 2009

            Mechanical Department, University of Iowa (USA)

            Research field: Wind farm optimization design

        Post Doctoral Associate                                Nov. 2005 - Nov. 2007

            Electrical Engineering, Southeast University

            Research project: Wind turbine and wind farm design, heat utilization of solar energy

 

Courses taught:

Wind farm plan and design, Heat transfer (for undergraduate)

Wind farm plan and optimization design (for Master graduate)

Proposed a new major, Wind energy and power engineering, for undergraduate program

 

RESEARCH INTEREST

       CFD simulations and measurement of in wind power system and solar thermal power system

       Modeling and optimal control theory in wind power system and solar thermal power system      

HONORS AND AWARDS

“2007 Most Excellent Twenty Doctoral Dissertations”, Southeast University, China

2004 Most Diligent Forty Faculties”, Hohai University, China

“2008 Most Outstanding Young Teachers”, Hohai University, China

“2009 Most Outstanding innovation talent persons”, Hohai University, China

 

PUBLICATIONS

1.      Chang Xu,Linjuan Zhong.Wind Farm Plan and Design[M].( in Chinese).

2.      Chang Xu, Deyou Liu,Yuan Zhen. Numerical investigation on porous media heat transfer in a solar tower receiver[J],Renewable Energy,2011,3,56-62.

3.      Zhe Song, Chang Xu, Andrew Kuisai. Mining Markov chain transition matrix from wind speed time series data Expert[J],Systems with Applications, 2011,10,78-87.

4.      Chang Xu, Yan Yan, Yuan Zhen, Deyou Liu. Optimization of Wind Farm Micro Sitting Based on Genetic Algorithm[J] and [C],2011,Advanced Materials Research.

5.      Yan Yan,Chang Xu,Yuan Zhen,Deyou Liu.Wind speed probability density model and validity[J],Renewable Energy,(to be published, in Chinese).

6.      Yan Yan,Chang Xu,Yuan Zhen,Deyou Liu.Wind  farm micro site layout optimization by GA,Journal of Solar Energy,to be published, in Chinese.

7.      Chang Xu,Yuan Zhen,Deyou Liu. Power distribution optimization design of wind solar diesel power system in an isolated island[J]. Proceedings of the Csee,(to be published, in Chinese.

8.      Chang Xu,Yuan Zhen,Deyou Liu.Solar air tower power porous receiver dynamic heat transfer[J], Applied Energy, to be published, in Chinese.

9.      Chang Xu,Yuan Zhen,Deyou Liu.Wind solar pump power distribution in a isolated island[J], Renewable Energy,(submitted, in Chinese).

10.    Chang Xu, Deyou Liu,Yuan Zhen. Heat transfer investigation for a solar power tower air receiver[J],Proceedings of the Csee, 2010(30):10,233-237. (in Chinese).

11.   Chang Xu, Deyou Liu,Yuan Zhen. Dynamic Heat transfer investigation for a porous solar power tower air receiver[J], Proceedings of the Csee, 2010(30):20,123-127. (in Chinese).

12.      Chang Xu, Deyou Liu,Yuan Zhen. Volume convective heat transfer coefficient model for a porous solar power tower[J]. Journal of South China University, 2011:3,57-62. (in Chinese)

13.   Chang Xu, Jianhong Lv,Ming Chen.A Review research on continuous reheating industrial furnace thermal control strategies. The 2008 Int. Symposium on control engineering. 2008.

14.   Chang Xu, Deyou Liu,Yuan Zhen. Study of different anemometer time intervals influence on wend speed probabilistic distribution parameters.[C],2011,International conference on electrical and control engineering.

15.   Chang Xu, Deyou Liu,Yuan Zhen.Solar thermal power control strategy review[C], World solar energy congress, 2008.

16.   Chang Xu, Jianhong Lv.Research on Aerodynamic field experiments and numerical simulation for the swirling burner of 800MW boiler [J]. Proceedings of the Csee, 2004 (24): 8,201-205.( in Chinese)

17.   Chang Xu, Jianhong Lv. Artificial neural networks model for NOX emissions in a pulverized-coal power station boiler on generation mechanism [J]. Proceedings of the Csee, 2004(24):10,233-237. ( in Chinese)

18.   Chang Xu, Jianhong Lv. Minimal resource allocation networks and application for a power station boiler [J]. Proceedings of the Csee, 2004(24):11,228-233. ( in Chinese)

19.    Chang Xu, Jianhong Lv.A boiler combustion global optimization on efficiency and low NOx emissions object [J]. Proceedings of the Csee, 2006(26):4,46-50. ( in Chinese)

20.    Chang Xu, Jianhong Lv. A study of neural network PID self-adaptive control and its application [J].  Control Engineering. 2006(13):14,233-237. ( in Chinese)

21.    Chang Xu, Jianhong Lv. A study of neural network and PID coordination self-adaptive control and Its application [J]. Journal of Harbin Engineering University 2007(39):3,104-108. ( in Chinese)

22.    Chang Xu, Jianhong Lv. Study of internal model adaptive control and its application based on improved MRAN [J]. Computer Engineering, 2006(32):14,218-222. ( in Chinese)

23.   Chang Xu, Jianhong Lv. Numerical experiment research on the structure optimization of steel rolling heating furnace [J]. Industrial Furnace, 2004(26):1, 1-5. ( in Chinese)

24.    Chang Xu, Jianhong Lv. high temperature and low oxygen combustion principle and application in rolling furnace [J]. Energy Research and Utilization, 2002:4, 21-23. ( in Chinese)

25.   Chang Xu, Jianhong Lv. Research on experiment and numerical simulation for the 800MW boiler swirling burner combustion stability in suizhong power plant[J]. Boiler Technology, 2004(35):5, 45-49. ( in Chinese)

26.    Chang Xu, Jianhong Lv. Artificial neural networks model of NOx emissions in a power station coal-fired boiler [J]. Boiler Technology, 2005 (36):2,13-17. ( in Chinese)

27.   Chang Xu, Jianhong Lv. Discussion on numerical study methods of thermal process in industrial furnace [J]. Energy For Metallurgical Industry, 2003(23):5, 21-25. ( in Chinese)

28.   Chang Xu, Jianhong Lv. 800MW boiler burner structure and principle in Suizhong Power plant [J]. Energy Research and Utilization, 2002: 2, 21-25. ( in Chinese)

29.   Chang Xu, Jianhong Lv. An experiment and analysis for a boiler combustion optimization on efficiency and NOx Emissions [J]. Boiler Technology. 2006 (37):5, 70-75. ( in Chinese)

30.    Chang Xu, Jianhong Lv. Numerical Simulation Study of Thermal State in Industrial Furnace [J]. Industrial Furnace, 2006(28):4, 5-9. ( in Chinese)

31.    Chang Xu, Jianhong Lv.A review research on continuous reheating industrial furnace thermal control strategies [J]. Industrial Furnace, 2007(29):6, 6-11. ( in Chinese)

32.    Chang Xu, Deyou Liu.The control strategy study on solar tower power plant. (C). 2007 world solar congress. Beijing.vol.3:p1726-1731. ( in Chinese)

33.    Chang Xu, Jianhong Lv.An efficiency and NOx emissions model for power station boilers on improved minimal resource allocating networks. Boiler Technology, 2005 (36):4, 32-35. ( in Chinese)