Type | Items | Contents |
1 Basic data | Name | Keyi Zhou |
Photo | ||
Title | Professor | |
Position | Dean of Power Engineering Department | |
Office | Room 436, Dongli Building | |
Address | Email: boiler@seu.edu.cn Mobile：13605171923 | |
Research Interests | ||
2 Data for webpage | Resume | Education Ph.D. 1991, Power Engineering, Southeast University M.S. 1985, Power Engineering, Southeast University B.S. 1982, Power Engineering, Southeast University Experience 1999~present: Professor, Power Engineering Department, Southeast University 1992~1998: Associate Professor, Power Engineering Department, Southeast University 1986~1991: Lecturer, Power Engineering Department, Southeast University |
Teaching | Current Courses Undergraduate: 1.Operation Characteristics of Boiler 2.Fluid Machinery Graduate: 1.The Characteristics and Mathematical Model of Thermal Dynamic System (Ph.D.) 2.The Characteristics of Thermal Dynamic System (M.S.) | |
Academic/teaching Projects | 1.Influence of Thermal Transients on Steam-side Oxide Scale Exfoliation of High Temperature Heating Tube, 2012.1.1-2015.12.31. 2.Influence of Thermal Transients on Steam-side Oxide Scale Exfoliation of High Temperature Heating Tube, 2012.1.1-2014.12.31. 3.Innovation Ability Construction Project of National Engineering Research Center of Turbogenerator Vibration (NERC-TV), 2010.7.23-2012.12.30. 4.Parallel Mathematical Model and Simulation of Thermal Power Unit, 2000.1.1-2002.1.1. 5.Performance Optimization and Management System of 300MW Power Plant Unit of Huaxia Songyu Power Plant, 2000.11.1-2001.6.1. 6.Technical Scheme for Reducing Exhaust Temperature of 600MW Supercritical Boiler in Guoxin Inc., 2009.10.20-2010.1.31. 7.Safety Evaluation of Final Superheater of A 600MWSupercritical Boiler in Guohua Power, 2009.9.15-2009.12.10. 8.Heating System Design for 350MW Supercritical Power Unit in Nanjing Power Plant of China Huaneng Group, 2007.9.20-2008.1.20. 9.Evaluation and Modification Scheme Calculation Demonstration of Heating Surface of 2000t/h Boiler in Guoxin Inc., 2006.7.31-2007.2.28. | |
Awards& Achievements | 1.1st Prize in Scientific and Technological Achievements of Guohua Power, Guohua Power, 2011 2.1st Prize in Excellent Course of Jiangsu Province, The People's Government of Jiangsu Province, 2003 3.3rd Prize in Scientific and Technological Progress of Fujian Province, The People's Government of Fujian Province, 2000 4.Special Government Allowances of State Council, State Council, 1992 5.2nd Prize in Science and Technology of National Department of Energy, National Department of energy, 1990 | |
Publications (papers & academic book etc.) | Selected papers 1.Junlin Huang, keyi Zhou, Jianqun Xu, Caixia Bian. On the Failure of Steam-side Oxide Scales in High Temperature Components of Boilers during Unsteady Thermal Processes[J]. Journal of Loss Prevention in the Process Industries. 2013, 26(1), 22-31. (SCI源刊，EI收录号：IP52238748) 2.Caixia Bian, Keyi Zhou, Jianqun Xu. On the Estimation of Oxide Scale Growth in T22 Superheater and Reheater Tubes [J].Advanced Materials Research. 2012 (516-517) 364-369. ( EI收录号: 20122315088851) 3.Junlin Huang, Keyi Zhou, Jianqun Xu, Xiaohu Xu. Estimation of Long-term Creep Rupture Life of T91 Alloy Superheater Tube in the Presence of Steam-side Oxide Scales[C]. International Mechanical Engineering Congress & Exposition, Houston, USA, ASME 2012. 4.C. X. Bian, K.Y. Zhou, J. Q. Xu. Influence of Steam-Side Oxide Scales on Heat Transfer of T92 Tube in Power Plants [C]. 2009 Asia-Pacific Power and Energy Engineering Conference, Wuhan, China, APPEEC 2009. ( EI收录号: 20093512276827) Book Qiangtai Zhou, Keyi Zhou, Wei Leng, et al. Principles of Boiler. Nanjing: China Electric Power Press, 2009. | |
Patents | 1.Jianqun Xu, Yun Zhang, Keyi Zhou, et al. Measuring and Calculating Method of N2 Leakage of Steam Turbine. National Invention Patent: CN201210151231.3; 2.Jianqun Xu, Yun Zhang, Keyi Zhou, et al. Measuring and Calculating Method of the Influence of N2 Leakage Rate on Heat Consumption Rate. National Invention Patent: CN201210159859.8. | |
The supervised postgraduate students (including their emails) | 1.Qingwei Li 2.Junlin Huang 3.Feng Zhou 4.Caixia Bian 5.Yan Tang 6.Kai Zheng |