王宏伟

Wanghongwei. Female. Born in 1979. Associate Professor, Master Supervisor.
Current Research Project: Hydrodynamic analysis of floating structures, mooring system design of floating structures, model testing of offshore structures.
Publications: Over 30 articles and a textbook which is the 12th Five Year Plan of the Ministry are published.

Date	Discipline	Degree	University
Sep, 2005- June, 2011	Engineering Mechanics	Ph.D.	Harbin Engineering University
Sep, 2003- Mar, 2006	Harbor、Coast and Offshore Engineering	Master of Engineering	Harbin Engineering University
Sep, 1999- Jul, 2003	Harbor、Waterway and Coastal Engineering	Bachelor of Engineering	Harbin Engineering University

2018/9 - present，Worked as an associate professor of College of Shipbuilding, Harbin Engineering University.
 2017/9 - 2018/2，Worked as a visitor at University of Southampton.
2010/7 - 2010/9，Studied as a visitor at Federal University of Rio De Janeiro, Brazil.
2007/6 - 2007/12，Worked as a visitor at Noble Denton Consultants Limited, London.
 2006/9 - 2018/8，Worked as a lecturer of College of Shipbuilding, Harbin Engineering University
2003/7 - 2006/9，Worked as a tutor of College of Shipbuilding, Harbin Engineering University

Hosted and completed projects funded by National Natural Science foundation of China, Research Foundation for the Doctoral Program of Higher Education of China and Heilongjiang Provincial Fund. Participates in many national, provincial or ministry level projects.

Postgraduates major in Design and Construction of Naval Architecture and Ocean Engineering and Civil and Hydraulic Engineering are welcome.

Station Keeping System for Floating Structures,  Ship and Ocean Engineering Mechanics Calculation and Analysis Software, Principles of Ship and Offshore Platform Design

Performance Analysis of Floating Platform Systems

Review experts for National Natural Science Foundation of China, 《Ocean Engineering》，《Ships and Offshore Structures》

Yong Luo, Hongwei Wang, Fasuo Yan. Design and Analysis of Station Keeping System for Floating Structures. Harbin Engineering University Press, April, 2015.

Gang Ma, Conglin Jin, Hongwei Wang, Peng Li, Hooi-Siang Kang. Study on dynamic tension estimation for the underwater soft yoke mooring system with LSTM-AM neural network, Ocean Engineering, 2023.

Hongwei Wang, Zizhao Zhang, Gang Ma，Zhuang Kang. Physical Model Test Validation of Dynamic Similarity Truncation Method for an Internal Turret Mooring System, Ocean Engineering, 2022.
Gang Ma，Liang Zhong, Hongwei Wang(通讯)等，Truncation Analysis of Mooring Line Based on Dynamic Similarity with Consistent Nonlinearity, Ocean Engineering, （SCI检索），2019，176(1)，P46-56
Gang Ma， Hongwei Wang(通讯)，Liping Sun，Yue Jiang. Dynamic truncation method for mooring lines with tension estimation combined in the time and frequency domains，SHIPS AND OFFSHORE STRUCTURES（SCI检索），2018，13(3)，P310-319
Hongwei Wang, Gang Ma, Liping Sun, Kaiye Hu. Model Test and Coupled Dynamic Analysis of a Deepwater FPSO with Internal Turret Mooring System，Brodogradnja/Shipbuilding（SCI检索），2017.12,68(4)，P43-55 
Hongwei Wang, Gang Ma, Liping Sun, Zhuang Kang. Truncation Design and Model Testing of a Deepwater FPSO Mooring System，Journal of Offshore Mechanics and ArcticEngineering（SCI检索），2016.4，138(1) 
Wang Hongwei，Luo Yong，Hu Kaiye，Li Tengteng，Mooring truncation design of a deepwater SPAR，Journal of Marine Science and Application，第9卷，第2期， 168-174页，2010
Hongwei Wang，Yong Luo，Xiaoming Cheng，Yumin Su，Research on model test technology of a deepwater internal turret FPSO，Proceedings of the International Offshore and Polar Engineering Conference（EI检索），455-460页，北京，2010.06.20-25，大会报告
Hongwei Wang，Yong Luo，Xiaoming Cheng，Numerical simulations and truncation design of a deepwater internal turret FPSO before model test，Proceedings of the 29th International Conference on Ocean, Offshore and Arctic Engineering（EI检索），上海，2010.06.06-11，大会报告
Hongwei Wang，Yong Luo，Xiaoming Cheng，Gang Ma，Research on Hydrodynamic Interaction and Global Response of Tandem-Moored Tankers，Proceedings of the 30th International Conference on Ocean, Offshore and Arctic Engineering（EI检索），Rotterdam，2011.06.19-24，大会报告
Hong-wei Wang，Yong Luo，Fa-suo Yan and Shi-chao Liang，Mooring Truncation Design of a Deepwater FPSO，2012 International Conference on Maritime Technology，425-430页，哈尔滨，2012.06.25-27，大会报告
Fasuo Yan*，Pengfei Shen，Hongwei Wang，Jun Zhang，A coupled method for dynamic analysis of offshore floating wind turbine system，Applied Mechanics and Materials（EI检索），第220-223卷，841-844页，2012
Fasuo Yan*，Hongwei Wang，Jun Zhang，Dagang Zhang，Influence of wind turbine aero-elastic load on dynamic response of floating platform，Advanced Materials Research（EI检索），第608-609卷，649-652页，2013