Chen Jian
Lecturer
Power Engineering and Engineering
University of Shanghai for Science and Technology
China
Biography
Chen Jian: Male, born in 1979, Ph.D. He graduated from Hong Kong Polytechnic University in 2013 and now works at the School of Energy and Power Engineering at Shanghai Polytechnic University. In 2008, I started to do wind tunnel test and numerical simulation of small vertical axis wind turbines and vertical axis hydraulic turbines. I have a deep understanding of the status quo and development of small vertical axis wind turbines. My many years of project experience have made possible the successful completion of this project. I have won one international award, two local awards in Hong Kong and one invention patent (40th Geneva International Invention Silver Awards, April 2012; Engineering Innovation Award, Hong Kong Institute of Engineers, May 2013 - Winner 1 February 2014 Hong Kong Environmental Campaign Committee, Environmental Excellence Award for Excellence - One Merit, 2011 Hong Kong Patent 1). Published 9 scientific papers, including SCI included 6 articles. Three for JCR a district SCI. Dr. successfully completed two research projects and apply for a Hong Kong government research fund. (Development and delivery of vertical axis hydroelectric generators in Hong Kong Water Supplies Department plumbing project from March 2010 to December 2011 with a project funding of HK $ 500,000 and delivery of 22 sets of vertical axis turbine systems worth 2.2 million HK $ 1.7 million for economic benefits; June 2012-March 2013 Completion of a 1.5KW magnetic suspension vertical axis wind turbine for Hong Kong Water Supplies Department with project funding of HK $ 200,000; September 2013 Successfully applied for the third floor of the Hong Kong Science and Technology Innovation Department to explore and forward-looking research and development fund, HK $ 998,000).
Research Interest
1. Vertical axis wind turbine and turbine design and pneumatic mechanism research 2. Fans and pumps and other fluid machinery design 3. Nonlinear eddy viscosity model of rotating turbulent flow field in rotating machinery