Department of Electromechanical Engineering

 

Dr. Wang Yi

Education
PhD from The Dalian University of Technology (China)
Masters from TheBeiHang University (China)

Research
Pipe soil interaction

Design of offshore installation system
Design of subsea production systems

ProgramsSupervised For
·         Research of thesteelcatenary risernonlinearpipe soilinteractionmechanism considering of installation
·         Model test of J-lay systemfor deepwater semi-submersiblelifting and pipe layingship
·         Design of matching tool for subsea tree
 
Teaching
Descriptive Geometry and Mechanical Drawing; Mechanical Drawing; Subsea Production Systems and Engineering

Previous Teaching /Working Experience
·         2005-2006, China Classification Society Industrial Corp.
 
Professional Affiliations
·         Society of Vibration Engineering (Beijing)
·         Society of Mechanical Institute (Beijing)
 
Contact
Email: wangyizyn@sina.com   TEL: 010-89731669
Address of Office:
Room 707 of Geological building, China University of Petroleum.

Publications
·         Wang yi*, Gujijun, An chen, Duanmenglan, He ning. An Analytical Solution by HAM for Nonlinear Simulation of Deepwater SCR J-lay Installation. Journal of Applied Mathmatics. 2014,10.1155801781:1-9. (SCI)
·         GuJijun, Wang Yi, Zhang Yuet al.Analytical solution of mean top tension of long flexible riser in modeling vortex-induced vibrations. Applied Ocean Research, 2013,41:1-8. (SCI)
·         DuanMenglan, WangYi, SegenEstefen. et al. An installation system of deepwater risers by an S-lay vessel. China Ocean Engineering. 25(1): 139-148. 2011.SCI
·         DuanMenglanWangYiYueZhiyong. et al. Dynamics of risers for earthquake resistant designs. Petroleum Science. 7(2): 273-282, 2010.SCI
·         Dongfeng Mao, MenglanDuan, Yi Wang. et al. Model test investigation on an innovative lifting system for deepwater riser installation. Petroleum Science. 7(4): 547-554, 2010.SCI
·         Wang Yi*DuanMenglanShang Jinghong. Application of an abandoned jacket for an offshore structure base of wind turbine in Bohai heavy ice conditions. Proceedings of The Nineteenth 2009 International Offshore and Polar Engineering Conference,  Osaka, Japan, Volume 1:384-389. 2009.EI
·         Wang yi*DuanmenglanHoujinlin. Design and application of slots used for marginal field development in heavy ice conditions in Bohai. Proceedings of The 21st International Ocean and Polar Engineering Conference, Hawaii,USA, 2011. 1:1174-1178.EI
·         Wang yi*DuanmenglanJiaoxiaonan. Experimental and Numerical Studies on SCR Vertical Pipe Soil Interaction. Proceedings of The 24st International Ocean and Polar Engineering Conference, Busan, Korea, 2014. 1:190-194.EI