Research Areas

Mainly engaged in the research of marine equipment structure design

Research Projects

[1] Pre-feasibility study and feasibility study of Caofeidian 12-6 oilfield development - experimental study on the effect of ship anchoring on artificial backfill pipe (2021), CNOOC Research Project;


[2] Research on Key Technologies for Extended Service Life of Old Platforms in Zhaodong Oilfield (2021), Dagang Oilfield Research Project;


[3] Research on failure mechanism and emergency maintenance plan of key facilities of underwater production system (2020), CNOOC Research Project;


[4] Finite element analysis of EZ-LOCK connector (2020), transversal research project;


[5] Finite element analysis of tubing padlocking ring (2020), transversal research project;


[6] Research on the mechanism of bearing capacity weakening of suction foundation under cyclic load and the failure mode of bearing capacity (2019), horizontal research project;


[7] Integrated development and design system of control strategy and mechanical analysis (2017), horizontal research project;


[8] Research on the basic theory and key technology of deepwater underwater suction foundation installation operation (2016), Shandong Provincial Key Laboratory of Offshore Petroleum Equipment Open Fund;


[9] Research on buckling theory and anti-buckling technology of large shell (2016), sub-project of national key research and development program;

Publications

[1] Yi Wang, Qi Wang, Aixia Zhang, Weiwei Qiu. A new optimization algorithm for the layout design of a subsea production system. Ocean Engineering. 2021, 232(15): 1-12（SCI）.

[2] Chenggong Sun, Miaozi Zheng, Menglan Duan, Yi Wang. Theoretical prediction model for indentation of pipe-in-pipe structures. Applied Ocean Research，2019, 92(1): 141-153（SCI）.

[3] Yi Wang, Menglan Duan, Jijun Gu. Analytical model for transfer process of deepwater steel lazy-wave riser on elastic seabed，Journal of Marine Science and Technology，2019, 24(1): 123-133（SCI）.

[4] Yi Wang, Menglan Duan, Yu Zhang. Experimental and numerical investigation of vertical pipe-soil interaction considering pipe velocity. Ships and Offshore Structures, 2017,12(1):77-87（SCI）.

[5] Yi Wang, Jijun Gu, Chen An, et al. An analytical solution by HAM for nonlinear simulation of deepwater SCR J-lay installation. Journal of Applied Mathmatics, 2014, 801781:1-9（SCI）.

[6] Jinlong Wang, Menglan Duan, Yi Wang, et al., A nonlinear mechanical model for deepwater steel lazy-wave riser transfer process during installation. Applied Ocean Research, 2015, 50:217-226（SCI）

[7] Jijun Gu, Yi Wang, et al., Analytical solution of mean top tension of long flexible riser in modeling vortex-induced vibrations. Applied Ocean Research, 2013, 41:1-8（SCI）.8.Menglan Duan, Yi Wang, Segen Estefen. et al. An installation system of deepwater risers by an S-lay vessel. China Ocean Engineering. 2011, 25(1): 139-148（SCI）.

[8] Menglan Duan，Yi Wang，Zhiyong Yue. et al. Dynamics of risers for earthquake resistant designs. Petroleum Science. 2010, 7(2): 273-282（SCI）.

Patents

[1] Vertical oil production tree land lifting tool, the first inventor, (authorization number: ZL201710099626.6)


[2] Submarine Pipeline Simulation Impact Experiment System, First Inventor, (Grant No. ZL 201610008818.7)


[3] A suction anchor structure that facilitates maritime transport and installation, the first inventor, (authorization number ZL 201610798087.0)


[4] A kind of deep water tubing suspension onshore loading and unloading test tool, the first inventor, (authorization number ZL 201610900316.5)


[5] J-type pipe laying angle adjustment device, the first inventor, (authorization number: ZL201210232724.X)


[6] Offshore platform external well trough, Yu Chunjie, Wang Kun, Hou Jinlin, Duan Menglan, Wang Yi, Li Xinzhong, etc. (Authorization number: ZL 200910081131.6).