Title/Post: Senior Engineer
Telephone:021-69580194
E-mail: yinlong@tongji.edu.cn
Department: Vehicle design and Research Office, Maglev Transportation Engineering Technology Research Center
Main Research Field：Research on vibration control and comfort of high-speed maglev vehicle
Educational experience
(1) 2001/09-2004/04, Harbin Engineering University, Machine design manufacture and automated, Master
(2) 1993/09-1997/07, Harbin University of science and technology, Mechanical design and manufacturing, Bachelor
Work experience:
(1) 2012-10-, Senior Engineer, Maglev Transportation Engineering Technology Research Center, Tongji University
(2) 2007/01-2012/09, Engineer, Vehicle design and Research Office, Shanghai Maglev Transportation Development Co., Ltd &Shanghai Maglev Transportation Engineering Technology Research Center,
(3) 2004-04-2007/01, R & D Engineer, Shanghai CIMC refrigeration and transportation equipment technology center of CIMC
(4) 1997/07-2001/08, Assistant Engineer, DongFeng Automobile Company
Representative academic papers:
(1) Yin L, Sun GX*, Li J, Hu J. Prediction and evaluation of the cosiness of passenger of high-speed maglev system based on neural network algorithm,20th COTA International Conference of Transportation Professionals: Transportation in China Connecting the World, CICTP 2020, Xi'an, China,2020-12-9.
(2) Yin L; Gong XL*; Yuan JJ; Guo CJ; Safety life analysis of high speed maglev running mechanism parts based on strength degradation,19th COTA International Conference of Transportation Professionals: Transportation in China Connecting the World, CICTP 2019, NanJin, China,2019-7-6-2019-7-8.
(3) Yin L*; Sun GX; Guo CJ; Hu J; Ultra high cycle fatigue of the high-speed maglev train levitation frame arm based on damage tolerance, Maglev 2018 together with MTST'18, Saint-Petersburg, Russia,2018-9-5-2018-9-8.
(4) Yin L*; Ge Y; Yuan FC; Initial End Modification of the Warps in Maglev Oil-free Scroll Air Compressor, Urban Mass Transit, 2014, (04):0-74.
(5) Yuan FC*; Lu LL; Yin L; Study of Cleaning Robot for Underwater Ship Hull Based on Hydraulic Transmission, Machinetool&Hydraulics,2008,(06):14-16.