Introduction to Phd student Supervisors at the School of Energy, Power and Mechanical Engineering
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- Jiang Genshan
- School of Energy Power and Mechanical Engineering
Gu Yujiong Gu Yujiong, male, was born in October 1968 in Zhejiang Province and of Han nationality; he is a professor, PhD student supervisor, and New Century Excellent Talent in University of the Ministry of Education. He graduated from Tsinghua University with a doctor’s degree of engineering in June 1996. He is now Executive Deputy Director of the National Thermal Power Engineering & Technology Research Center and Deputy Dean at the School of Energy, Power and Mechanical Engineering, North China Electric Power University. Concurrently, he is also Deputy Secretary General of the Youth Working Committee of China Instrument and Control Society, member of Nuclear Power Standardization Technology Committee for Electric Power Industry, and member of Expert Committee for Condition Based Maintenance of the National Generator Technology Collaboration. He has already published over 80 academic papers, over 50 of which have been collected by SCI and EI. He has presided over more than 20 projects of various kinds. He has been award with the Second Prize and the Third Prize for Science and Technology Progress Award by the State Education Commission once respectively, one Second Prize for Science and Technology Progress Award by the Ministry of Electric Power Industry, one Second Prize and one Third Prize of China Electric Power Science Technology Award, and one Second Prize for Science and Technology Progress Award of Inner Mongolia Autonomous Region. He has published the monograph Theory and Technology for Power Generation Equipment Condition Based Maintenance, and the large-scale reference book Electric Power Engineer Handbook -- Electric Volume, Chapter 9 "Shafting Torsional Vibration of Large Generator Units"(containing about 100,000 words). He was rated as one of the "Top 10 Outstanding Youths in Changping District, Beijing" in 2003. He has cultivated 10 doctoral postgraduates and over 40 postgraduates. His primary research interests include failure diagnosis and maintenance decision-making directed at power station equipment, vibration monitoring and failure diagnosis of large rotary machinery at the power station, monitoring and protection of large steam turbo-generator units shafting torsional vibration under the effect of machine-network coordination, and power technology for marine renewable energy. He is now undertaking a number of important subjects, including the development of complementary power generation platform of wave energy and wind energy at sea (a project funded by the State Ocean Renewable Energy Special Fund), 300kW ocean energy integrated power supply system (a project launched under the National 863 Program), research on condition-based maintenance decision support system for power station equipment (a project launched under the National 863 Program), research on monitoring and control technology of large steam turbo-generator units shafting torsional vibration under the effect of machine-network coordination (a project by the National Natural Science Foundation of China), and research on quantitative evaluation and condition-based maintenance decision methods of turbo-generator units shafting torsional vibration(a project supported by the Program for New Century Excellent Talents in University of Ministry of Education). Tel: 010-61772209 E-mail: gyj@ncepu.edu.cn Han Zhonghe Han Zhonghe, male, was born in September 1964 in Wuyi County of Hebei Province and of Han nationality. He is a doctor, professor and PhD student supervisor. He graduated from Xi'an Jiaotong University majored in thermal power engineering. He served as Director of the Department of Power Engineering. His primary research interests include the operating processes of impeller machinery and thermal equipment, safe and economic operation of thermal equipment and rotary machinery, and wind power utilization technology and equipment. In recent years, he has been dedicated to research and teaching in the fields of thermal energy and power engineering. He has delivered lectures for undergraduates and postgraduates on courses as Principles of Steam Turbine, Operating Characteristic of Large Steam Turbine, Thermal Equipment and Operation in Power Station, Monitoring of the Condition of Thermal Equipment and Failure Diagnosis, and Nonlinear Vibration and System Identification. In recent years, he has mainly conducted research in such fields as calculation and measurement of the wet steam two-phase flow inside the steam turbine, monitoring and failure diagnosis of turbine units’ vibration, and computational fluid dynamics (CFD) and optimization design related to impeller machinery. In recent years, he has presided over or participated as a leading researcher in over 30 horizontal and lengthways projects, including two projects funded by the National Natural Science Foundation of China and one project funded by Hebei Provincial Natural Science Foundation. He has obtained one Second Prize for Science and Technology Progress Award by Ministry of Electric Power Industry, and one Third Prize of Teaching Achievement Award of Hebei Province in 2004; he is in charge of the provincial excellent course "Principles of Steam Turbine," he has obtained four invention patents and 5 patents for utility models. He has published over 80 papers in many domestic and foreign journals and at large international academic conferences, including the Proceedings of the CSEE and Journal of Chinese Society of Power Engineering, and compiled one book. Tel: 0312-7522100 E-mail: zhonghehan@yahoo.com.cn He Qing He Qing, male, was born in 1962. He graduated from the North China Electric Power University with a doctor's degree of engineering in thermal power engineering in 1999, and conducted postdoctoral research at the China Electric Power Research Institute from 2000 to 2002. He conducted research as a visiting scholar at the University of Manchester (UK) in 2009. He is now professor and PhD student supervisor at the School of Energy, Power and Mechanical Engineering, North China Electric Power University. He is mainly engaged in teaching and research in the disciplines of thermal power engineering, power machinery, and vibration mechanics. His primary research interests include power generating equipment condition monitoring and failure diagnosis, steam turbogenerator units vibration and control, transmission line safety and protection, energy management and energy collection technology, rotor dynamics, modeling and analysis of complex system, signal analysis and processing and data mining, detection technology and instrumentation, and wireless sensor network. He has presided over or participated in over 50 research projects, of which the research on life management technology for major components of power plant thermal equipment won the Second Prize of National Award for Science and Progress; research on life management technology for high-temperature components of thermal generator units won the First Prize for Science and Technology Award in China Electric Power; research and development of curved belt conveying system won the Second Prize for Science and Technology Award of China Electric Power and the Third Prize for Science and Technology Award of China Mechanical Industry; research on vicious fault prediction--dynamic characteristics of cracked rotor won the Second Prize for Science and Technology Progress Award by Ministry of Energy, and many other scientific research achievement awards by prefectures. He has published over 100 academic papers, over 60 of which have been collected by the three major retrieval systems, and obtained 10 patents. He has authored and published two higher education planning textbooks. Tel: 13651091359 E-mail: hqng@163.com Huang Guohe Huang Guohe, male, was born in November 1961 in Xiamen of Fujian Province and of Han nationality. He obtained the bachelor's degree from Peking University in 1982, master's degree from Simon Fraser University (Canada) in 1991, and doctor's degree from McMaster University (Canada) in 1994. He is now an assistant to the principal of the North China Electric Power University, Dean of the Sino-Canada Resources and Environmental Research Academy & Sino-Canada Institute for Energy, Environment and Sustainability Research of the North China Electric Power University, professor, PhD student supervisor and Director of the Key Laboratory of Regional Energy and Environmental System Optimization (North China Electric Power University), Ministry of Education. He was selected in the recruitment of Thousand Talent Program for Young Outstanding Scientists of the Organization Department of the CPC Central Committee. He has won many honors: National Natural Science Funds for Distinguished Young Scholars, Changjiang Scholar by the Ministry of Education, chief scientist of National 973 Program, head of innovation team by Ministry of Education, Outstanding Overseas Scholar Foundation of the Chinese Academy of Sciences , and Overseas Evaluation Expert of the Chinese Academy of Sciences. On the international, he is chairman of International Society for Environmental Information Sciences and council member for over 20 international organizations; he is the chief editor for the Journal of Environmental Informatics (an international SCI journal, with an impact factor of 3.619), editor with Environmental Systems Research (published under the brand Springer), associate editor and member of the editorial board with eight international SCI journals, and invited editor with 10 international SCI journals. He has published over 600 papers in international SCI journals and magazines (his works have been cited by SCI magazines for over 7,000 times, and his SCI-H index is 42). He has won the Second Prize of National Award for Science and Technology Progress; Excellent Paper Award of American Society of Civil Engineers; Youth Science and Technology Award from China Association for Science and Technology; the First Prize of Natural Science Award by the Ministry of Education; the First Prize for Science and Technology Progress Award by the Ministry of Education; the First Prize for Science and Technology Award of Hunan Province; the Second Prize for Science and Technology Progress Award of Fujian Province; "May 1" Medal awarded by Fujian Province; and the honorary title of Pace-setter in the New Long March from Fujian Province. He has obtained over 40 invention patents. He was invited to deliver keynote speeches at over 20 international conferences and organized or participated in over 10 international conferences as a conference chairman, secretary general, and chairman of the committee. He presided over or participated in over 200 domestic and overseas research projects, (including projects funded by National 973 Program or National 863 Program, major projects and subjects funded by the National Natural Science Foundation for Distinguished Youth Scholars, projects undertaken by innovation team of the Ministry of Education, key research projects launched by the Ministry of Education, and some UNDP projects). He has cultivated over 40 doctoral postgraduates and over 100 postgraduates. Among those students he has cultivated, many won scholarships from the universities, or were rated as "Excellent Postgraduates" or "Excellent Graduate with Master Degree." In recent years, some of those doctoral postgraduates went to famous overseas colleges and institutions to conduct postdoctoral research, several of them won grants from China Scholarship Council to participate in collaborative research projects overseas, and a large number of postgraduates went overseas to further their studies. And most of his students are engaged in research and practice in energy and environmental at domestic colleges, research institutes, institutions and enterprises. His primary research interests include energy and environment system analysis; hydrological, water resources, water environment system model; water environment pollution control and recovery. Tel: 010-61773885 E-mail: guohe.huang3@gmail.com Huang Qili Huang Qili, male, was born in January 1941 in Yingkou of Liaoning Province and of Han nationality. He obtained the doctor's degree from Hokkaido University (Japan) in June 1987. He is now professor and PhD student supervisor at the School of Energy, Power and Mechanical Engineering, North China Electric Power University. He is an academician of the Chinese Academy of Engineering and chief engineer of Northeast Utilities of the State Electric Power Corporation. Professor Huang Qili has made breakthroughs in the fields of high-efficiency clean combustion and pollution control. He has won one Third Prize of National Award for Science and Technology Progress and seven Provincial or Ministerial Awards for Science and Technology Progress. He has published 25 papers in domestic and foreign journals and one monograph. He is a standing council member of the Chinese Society for Electrical Engineering, China Energy Society, and the Chinese Society of Power Engineering. Currently he is undertaking two research projects, including a national one and a provincial or ministerial one, focusing his research on high-efficiency clean combustion and pollution control, energy system analysis and new energy conservation technology. Jiang Genshan Jiang Genshan, male, was born in May 1963 in Neiqiu of Hebei Province and of Han nationality. Currently, he is PhD student supervisorat the School of Energy Power and Mechanical Engineering, North China Electric Power University, secretary of Party General Branch and professor for (Baoding-based) Department of Mathematics and Physics. He obtained the degree of Bachelor of Science in applied mathematics from North China Electric Power University in 1983, his degree of Master of Science in opticsfrom Harbin Institute of Technology in 1989, and his degree of Doctor of Engineering in thermal power engineering from North China Electric Power University in 2006.He was a visiting scholar to Institute of Acoustics, Chinese Academy of Sciences from April 1998 to April 1999, Department of Building Services Engineering, Hong Kong Polytechnic University from December 2001 to May 2002, School of Mechanical Engineering, University of Western Australia from October 2008 to April 2009. Professor Jiang is a member of special committee of Acoustics Detection Branch of Acoustical Society of China, a member of special committee of Environmental Physics of Chinese Society of Environmental Sciences, and a member of special committee of Holographic and Optical Information Processing of the Chinese Optical Society. Moreover, he is an expert reviewer for Chinese and international academic journals such as Journal of Vibration and Control, Chinese Physics Letters, Proceedings of the CSEE. Professor Jiang also served as online and conference evaluation expert for general and key projects of Mathematical and Physical Department of National Natural Science Foundation of China, evaluation expert of general projects of Beijing Natural Science Foundation and Hebei Province Natural Science Foundation, etc. In recent years, Professor Jiang has taught courses like Basic of Acoustics, Theoretical Acoustics, Theoretical Basis of Modern Acoustics, and Modern Acoustics for undergraduate and postgraduate students. He has long been engaged in research on boiler acoustics theory and its application, Professor Jiang has undertaken more than 20 lengthways and horizontal scientific research projects in fields like acoustic monitoring and controlling over working status of power station equipment, and acoustic information technology. Among them, four are projects funded by the National Natural Science Foundation of China, one is key technical project conducted by the Ministry of Science, one is project funded by Hebei Province Natural Science Foundation, and four are projects conducted by national key laboratories in the domain of sound field and acoustic information. Also, Professor Jiang has published about 100 papers at large academic conferences and in Chinese and international academic journals, including Journal of the Acoustical Society of America, Chinese Physics Letters, Acta Acustica, Proceedings of the CSEE, and Power Engineering, with near 40 collected by SCI and EI, 22 published in first-class domestic journals. Professor Jiang has been obtained 2 national invention patents and 6 patents for utility models. Professor Jiang was recognized as “Excellent Teacher” by the Ministry of Power Industry in 1994, awarded with the Second Prize for Scientific and Technical Progress by the Chinese People’s Liberation Army in 2001, and granted with Australian Leadership Awards - Fellowships (ALAF) in 2008. At present, Professor Jiang is mainly engaged in research on monitoring and controlling over working status of power station equipment, and information technology, sound wave and combustion coupling effect. Professor Jiang also has cultivated or helped cultivate several students with doctorate or master degrees. Tel: 0312-7525083；18911081683 E-mail：gsjiang@ncepu.edu.cn Kang Shun Kang Shun, male, was born in December 1955 in Xi’an of Shannxi Province. Now, he is professor and PhD student supervisor at the School of Energy Power and Mechanical Engineering, North China Electric Power University, head of Fluid Engineering and Fluid Machinery Research Institute. Professor Kang also works concurrently as the chief expert specially engaged by China South Industries Group, adjunct professor of Harbin Institute of Technology, distinguished professor of Dalian University of Technology, adjunct professor of Beijing Institute of Technology, and visiting professor of Beijing University of Aeronautics and Astronautics. With his research interests mainly involving fluid dynamics, computational fluid dynamics, actual flow analysis and optimization design inside turbo machinery. Professor Kang Shun is a famed expert in gas dynamics of turbo machinery and CFD in China. His scientific researches mainly cover the following subjects: Magnus Effect for slender bodies with/without wrap-around fins, aircraft aerodynamics, low velocity and high velocity wind tunnel experiment, topology rules applicable for analysis of three-dimensional flow inside turbo machinery, calculation of three-dimensional boundary layer inside turbo machinery, numerical investigation on experiments of three-dimensional internal flow of turbo machinery and three-dimensional external flow around of aircraft, numerical modeling study of two-dimensional and three-dimensional flow around wind turbines, micro-sitting selection for wind power plant, numerical investigation on three-dimensional steady and unsteady flow inside axial flow and centrifugal compressor as well as axial flow and radial-inward-flow turbine, simulation of boundary layer transitional flow, numerical simulation of turbulent boundary layer, turbo machinery optimization design, turbojet engine optimization design, aircraft aerodynamic configuration optimization desire, industrial applied research of advanced CFD technology (application scope: wind turbine, compressor, turbo, pump, aircraft, architectural complex). Among other academic achievements, Professor Kang has set up boundary layer equation and calculation method applicable for S1 and S2 stream surface of arbitrary shapes; set up a series of pioneering topology rules in the world applicable to analyze internal flow pattern of turbo machinery; discovered some novel flow phenomena by experimental research on compressor cascade, and gave these complicated flow structures a scientific description in a unique way; revealed for the first time some subtle flow phenomena and flow structures of areas with complicated geometrical shapes by numerical investigation on flow field of in-line compressor cascade; found out the change rule of interval vortexes via numerical research on rotor flow field of axial-flow compressor and experimental study on flow field of in-line compressor cascade; found out for the first time the change rule of secondary vorticity inside centrifugal compressor passageway along with the change of blade geometry and flow parameters. Since 1984 till now, Professor Kang has published more than 110 papers. His research paper titled “the Experimental and Theoretical Research on Pneumatics of Three-dimensional Compressor” was conferred with Iwan Akerman Award by Belgium National Scientific Research Foundation in 1994 and made him the first non-Belgium scholar honored with the award. In addition, Professor Kang was supported by Fund for Outstanding Youth of National Natural Science Foundation of China in 1998, by Hundred Talents Program of Chinese Academy of Sciences from 1997 to 2002 when he worked in Institute of Engineering Thermal Physics, Chinese Academy of Sciences. He was selected into the National Seventh One Thousand Talents Program in 2012. Tel: 010-61772391 E-mail：kangs@ncepubj.edu.cn Li Yongping Li Yongping, female, was born in 1970. She has studied and worked overseas before returning to China to establish herself as winner of China Youth Science and Technology Award, and National Science Fund for Distinguished Young Scholar. Li had earned her masterate and doctorate in environmental systems engineering from University of Regina in Canada, and worked as postdoctoral researcher for Adaptability and Influence Research Center of Environment Canadabefore returned China to assume the post as specially-appointed researcher and PhD student supervisorfor “Hundred Talents Program” of Peking University. Presently, she serves in North China Electric Power University as a professor of the second grade, PhD student supervisor, Executive Vice-president of Resource and Environment Research Institute. Professor Li is specialized in environmental system analysis, water resource and water environmental management, environmental pollution control, environmental risk assessment, energy system planning, and uncertainty optimization and decision-making analysis. Professor Li has published more than 180 papers in SCI with SCI-H index as high as 24. During the recent five years, Professor Li has been held accountable for more than 20 scientific research projects, including projects funded by National Natural Science Foundation of China, National 973 Program Sub-subject, National Key Special Project, UNDP, New Century Excellent Talent Project, National 863 Program, Key Special Project for the Central Universities, etc. Professor Li also participated in more than 10 scientific research projects as an academic backbone including National 973 Program, Key Program of National Natural Science Foundation of China and Key Project of the Ministry of Education. She was conferred with many awards and scholarships including Distinguished Young Scientists Award by International Society for Environmental Information Sciences, First Prize for Natural Science Achievement by the Ministry of Education, Award for Innovation Team by the Ministry of Education, New Century Excellent Talent by the Ministry of Education, the highest award for graduates of University of Regina, Scholarship for Self-funded Excellent Overseas Student by the Ministry of Education. At president, Professor Li assumed many academic posts like Secretary-general of International Society for Environmental Information Sciences, President of Decision Science and Operation Research Center of ISEIS, international expert for water security issue of UNDP, associate editor for one SCI magazine, member of editorial boards for seven international magazines, guest editor for five international SCI magazines, conference chair for three international seminars, and organizing committee member and international committee member for eight international conferences. In addition, Professor Li has been invited to deliver more than 20 academic reports in both international and domestic academic conferences and seminars. She is also tutor of 6 doctoral students, 12 master students, and jointly cultivated 3 doctoral students with overseas universities. Her students have published more than 70 SCI papers under her guidance in fields including energy and environmental system analysis, water resource management, urban environmental planning, environmental pollution control, and environmental risk analysis. Tel: 010-61773887 E-mail：yongping.li33@gmail.com Download 208.98 Kb. Share with your friends:
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