1.Personal Information

Full Name :	Shuhua Zhang
Academic Position :	Professor
Telephone :	18013923664
E-mail :	1247432740@qq.com，aienue@126.com

 

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2.Education

Degree	University	Year
Ph.D.:	Harbin Institute of Technology	10/1990 - 11/1993
MEng (Mechanical):	Harbin Institute of Technology	09/1984 - 09/1987
BEng (Mechanical):	Harbin Institute of Technology	09/1980 - 07/1984

 

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3.Work Experience

Position	University /Institute, Country	Duration
Professor	Hohai University,China	06/2004 - the present
Associate Professor	Ocean University of China,China	03/1996 - 06/2004
Lecturer	Harbin Institute of Technology,China	09/1987 - 03/1996

 

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4.Research Areas

• Offshore、onshore structure analysis(static、dynamic、fatigue and fracture etc)
• Marine engineering equipment and control
• Wave-seabed-structure interaction(fixed structure、floating structure、very large floating structure)
• Reliability-based fuzzy optimum design method for engineering structure system based on risk analysis
• Reliability analysis and design method of structure and structure system
• Fuzzy optimum design method for structural and structural system
• Demonstration and project consulting of sea area use

 

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5.Research Funding

•  Research on lightweight design technology of marine,part work of the Ministry of Industry and high - tech ship scientific research, November 2012- December 2015 , principle investigator

•  Study on reinforcement method of large-scale hoisting site, China Petroleum 7th Construction Company, April 2013- November 2013 , principle investigator

•  Study on nonlinear dynamics of hoisting machinery for large offshore platform with multi-factor coupling ,Zoomlion Heavy Industry Science and Technology ,October 2011-December 2012, principle investigator

•  Discontinuous finite element method for wave force calculation ,Research Fund of Coastal Disaster and Protection Key Laboratory of Ministry of Education Development ,January 2010- December 2012 , principle investigator.

•  Study on high-efficiency and high-accuracy discontinuous finite element method for wave force calculation, National Natural Science Foundation of China, January 2008-December 2008, principle investigator.

•  Hydroelastic response analysis of very large floating structure, Innovation Fund of Hohai University ,December 2004 - December 2006 , principle investigator.

 

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6.Main Publications

1. Sun Xinyi ,Zhang Shuhua ,Dynamic response analysis of a new type of overhead vertical wharf structure ,Journal of Jiangnan University (Natural Science Edition),2016,81,625-629.
2. Zhang Shuhua ,Lu jinhu ,Yu wenqi ,Calculation of Wave Force Response for Very Large Floating Structures Considering Nonlinear Term, Journal of Waterway and Harbor, 2013,518-526.
3. Zhang Shuhua ,Xu lei ,Qian Jin ，Fatigue Analysis of Marine Jacket Platform，Oil Field Equipment ，2012,16-19.
4. Shu-Hua Zhang, Xiao-Jing Yuan, Qiang Yin, Discontinuous Galerkin (DG) Finite Element Method For The Improved Stokes Equations, Advanced Materials Research, 2011, 291-297.
5. Fenglu, Zhang Shuahua, Fatigue Life Analysis of Tubular Joint in CT-Spar Platform.Chinese-German Joint Symposium on Hydraulic and Ocean Engineering, 2010.
6. Zhai Qiu, Lu Ziai, Zhang Shuhua, Study on Structure of Arched Longitudinal Beams of Deep-Water Wharf, China Ocean Engineering , 2008, 22 ,705-711.
7. Hu Jinzhi，Zhang shuhua，Analysis of hydroelastic responses of very large floating atructure by use of sandwich grillage model, Chinese-German Joint Symposium Hydraulic and Ocean Engineering , 2008, 425-432.
8. Wint Mar Shin(Myanmar)、Shuhua Zhang，INVESTIGATIONS OF SOUR EFFECTS ON BRIDGE PIER:ASE OF HINDWIN RIVER OF MYANMAR，Proceedings of Ocean Engineering and Maritime Technology Workshop，2006，84-93.
9. Zhang Shuhua, Han Mansheng, Study on the Responses Analysis of Hydro-elasticity of Very Large Floating Structure (VLFS) Used the Mode Method, Second Sino-German Joint Symposium on Coastal and Ocean Engineering, October,2004.
10. Zhang Shuhua,Wang Yigang, Study on the Responses Characteristic Analysis of Hydro-elasticity of Very Large Floating Structure (VLFS) Used the Optical Analogical Method, Second Sino-German Joint Symposium on Coastal and Ocean Engineering, October,2004.
11. Shuhua Zhang、Fujikubo, Reliability-based optimal design for the very large floating structure, China Ocean Engineering，2003，17，11.

 

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