Date   of Birth

1976.09

Professional   Title

Professor

E-mail

fyou@njtech.edu.cn

Research   Fields

Key   Links of Smart Grid, Evolution Mechanism of Special Fires and Key Technologies of Prevention and   Control

Personal   Profile

Professor   Fei You has presided over more than 70 longitudinal   projects (such as projects supported by the National Natural Science   Foundation of China) and lateral projects (such as cooperation with S&T   enterprises); had more than 20 authorized and filed   invention and utility model patents in China, the United States, the   Netherlands, Belgium, Australia, etc.; published more than 120 papers (more   than 70 in SCI and EI), of which 49 interdisciplinary English papers record   203 citations; participated in more than 10 textbooks and other publications   as a key editor or editor-in-chief; served as a   reviewer for more than 10 international English journals such as SCI journals   and 14 domestic Chinese periodicals; attended more   than 80 academic conferences domestically and internationally,   hosted/organized 3 international academic conferences and 1 domestic academic   forum, and served as a guest speaker/chairman of more than 20 large   colloquiums domestically and internationally; provided technical and social   services (such as tackling scientific challenges) to   nearly 70 high-tech and specialized enterprises (some of which are among Global 500), universities and institutes.

Representative   Research Projects / Works / Papers

Selected Projects:

（1）R   & D and Industrialization of Nano-biobased Eco-Efficient Foam   Extinguishing Agent, 2020.05-2024.05，In Progress,   Project Leader

（2）Study   on Deflagration Mechanism of Lightning-caused Forest Fire, 2019.09-2023.12，In Progress, Project Leader

Selected Papers/Publications:

（1）Zhenhua   Wang, Kai Shui, Fei You*, Anne   Simone Dederichs, Frank Markert, Juncheng Jiang**, Yun Zhang, Jixiang Xu,   Zonglin Fu, Dan Li, Lu He, Wenhao Huangfu. Prediction of the failure   probability of the overhead power line exposed to large-scale jet fires   induced by high-pressure gas leakage. International   Journal of Hydrogen Energy

（2）Dan   Li, Zhen-hua Wang, Yuan-shu Zhu, Fei   You*, Song-tao Zhou, Gang Li, Xue-feng Zhang, Chang Zhou.   Synergistically improved flame retardancy of the cotton fabric finished by   silica-coupling agent-zinc borate hybrid sol, Journal of Industrial Textiles

（3）Fei   You (Qin Fucang & Wang Yuxia, Ed. ). Principles of   Forest Fire (Chapter IV: Conditions and Fire Environment for Forest   Combustion). Beijing: China Machine Press, 2014