LinWei
Contact
Address: Jiao Tong Building 512#, South China University of Technology, Guangzhou
Tel.: +86 139 2411 2300
E-mail: wlin@scut.edu.cn
Fields of Postgraduate Admissions
Design and Construction of Naval Architecture and Ocean Structure
Research Fields
1) VIV (Vortex-induced vibration) in FSI (Fluid – structure interaction) dynamics;
2) Computer Aided Ship Design;
3) Structural strength simulation and analysis:
(1) FE analysis of strength of the hull strucuture, etc;
(2) nonlinear analysis in the strength and stiffness;
(3) Transient and Nonlinear FE Analysis of Collision between structural bodies.
Teaching Courses
1) Ship Structural Dynamics or Ship Vibration;
2) Computer-Aided Ship Design,
3) The Principle and Design of High Performance Ships;
Education Background
1) 1999.09 ~ 2003.06, South China University of Technology, Bachelor of Engineering;
2) 2003.09 ~ 2006.06, South China University of Technology, Master of Engineering,
3) 2013.09 ~ , South China University of Technology, PHD Candidate of Engineering.
Work Experience
1) 2006 ~ 2010, South China University of Technology, Department of Naval Architecture and Ocean Engineering, Assistant;
2) 2010 ~ , South China University of Technology, Department of Naval Architecture and Ocean Engineering, Lecture.
Honors and Awards
2009 ~ 2010, excellent headteacher;
2010 ~ 2011, excellent headteacher.
Research Achievements/Selected Publications
[1] Lin Wei, Zhao Chengbi*. A Paving Algorithm and Its Implementation on MSC.Patran Platform [J]. Journal of South China University of Technology(Natural Science Edition), Vol.37 NO.2 (2009):102-106.
[2] Lin Wei, Tang Youhong, Zhao Chengbi*, et al. An algorithm for automatic 2D finite element mesh generation with line constraints. Computer- Aided Design [J], Vol.43(2011):1803-1813.
[3] Wei Lin, Gongquan Zhu, Youhong Tang, Chengbi Zhao*, Xu Liu, et al. Automatic recognition of hull transverse sections and rapid finite element modelling for cargo hold longitudinal structures [J]. Proceedings of the Institution of Mechanical Engineers, Part M: Journal of Engineering for the Maritime Environment, Vol.229 (2015): 157 – 173.
[4] Wang Chuan, Zhao Chengbi*, Tang Youhong, Lin Wei. An improved algorithm for the intersection of NURBS surface and implicit surface and its application to hull surface intersection [J]. Shipbuilding of China, Vol.54 No.3(2013):: 43-49.
[5] Chuan Wang, Yiling Cao, Wei Lin, Liping Wang, Youhong Tang, Chengbi Zhao*. An Automated Mesh Generation Algorithm for Curved Surfaces of Ship Longitudinal Structures [J]. Computer-Aided Design and Applications, Vol.12, 1 (2015): 9 – 24. Published online, 15 Aug 2014.
[6] Chen XiaoMing, Zhang Cheng, Tang Youhong, Zhao Chengbi*, Lin Wei. An immersed boundary method with an approximate projection on nonstaggered grids to solve unsteady fluid flow with a submerged moving rigid object [J]. PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART M-JOURNAL OF ENGINEERING FOR THE MARITIME ENVIRONMENT, Vol.228 3(2014): 272-283.
[7] Wu Nanhuo, Tang Youhong, Zhao Chengbi, Lin Wei, Chen Xiaoming, Li Runheng. Numerical Investigation of a Blade Riblet Surface for Drag Reduction Applications with Large Eddy Simulation Method [J]. Applied Mechanics and Materials, Vol.187 (2012):315 – 319.
[8] Ang Qiu, Kunkun Fu, Wei Lin, Chengbi Zhao*, Youhong Tang. Modelling low-speed drop-weight impact on composite laminates [J]. Materials & Design, Vol.60 (2014): 520-531.
[9] Ang Qiu, Wei Lin, Yong Ma, Chengbi Zhao*, Youhong Tang. Novel material and structural design for large-scale marine protective devices [J]. Materials & Design, Vol.68 (2015): 29-41.
[10] Xiangxi Han, Wei Lin, Youhong Tang, Chengbi Zhao*, Karl Sammut. Effects of natural frequency ratio on vortex-induced vibration of a cylindrical structure [J]. Computers & Fluids, Vol.110, (2015): 62-76.
[11] Xiangxi Han, Wei Lin, Xiaojun Zhang ,Youhong Tang, Chengbi Zhao*. Two degree of freedom flow-induced vibration of cylindrical structures in marine environments: frequency ratio effects [J]. Journal of marine science and technology, Vol.21 (2016): 479 – 492.
[12] C.Y. Tang, C.P. Tsui, W. Lin, P.S. Uskokovic, Z.W. Wang. Multi-level finite element analysis for progressive damage behavior of HA/PEEK composite porous structure [J]. Composites: Part B 55 (2013) 22–30.
[13] Wang Haiying, Chen Xiaoming, Zhao Chengbi, Tang Youhong, Lin Wei. Conceptual design and hydrodynamic performance of a floating offshore wind turbine cell-spar-buoy support structure [C]. Applied Mechanics and Materials, Vol.472 (2014): 291 - 295. MECHANICAL SCIENCE AND ENGINEERING IV.
[14] Qiu Ang, Tang Youhong, Zhao Chengbi, Lin Wei. Numerical Investigation of Transverse Tensile Behaviors of Marine Composites under Different Strain Rates [C]. Advanced Materials Research, Vol.774-776, (2013): 944-948. Advanced Technologies in Manufacturing, Engineering and Materials
[15] Lin Nansheng, Chen Xiaoming, Zhao Chengbi, Tang Youhong, Lin Wei. Hydrodynamic analysis of floating marine structures based on an IBM-VOF two-phase flow model [C]. Communications in Computer and Information Science, Vol.405, (2014): 440-449. Parallel Computational Fluid Dynamics - 25th International Conference, ParCFD 2013
[16] Li Jun, Wu Nanhuo, Tang Youhong, Zhao Chengbi, Li Deyu, Lin Wei, Liang Fulin. Application of Composite Materials to Large Marine Hatch Cover [C]. Advanced Materials Research, Vol.560 - 561, (2012): 809 - 815. MATERIAL SCIENCES AND TECHNOLOGY, PTS 1 & 2.
[17] Lai Binbin, Zhao Chengbi, Chen Xiaoming, Tang Youhong, Lin Wei. A novel structural form of semi-submersible platform for a floating offshore wind turbine with hydrodynamic performance analysis [C]. Applied Mechanics and Materials, Vol.477 - 478 (2014): 109 – 113. APPLIED MECHANICS AND MATERIALS II, PTS 1 AND 2.
[18] Zhang Quan, Zhao Chengbi, Chen Xiaoming, Tang Youhong, Lin Wei. Tendon response of 10 MW offshore wind turbine TLP platform in extreme environment condition [C]. Applied Mechanics and Materials, Vol.477 - 478 (2014): 119 – 122. APPLIED MECHANICS AND MATERIALS II, PTS 1 AND 2.
[19] Xie Jiarong, Zhao Chengbi, Chen Xiaoming, Tang Youhong, Lin Wei. Effects of wind load on hydrodynamic performance of an offshore wind turbine semi-submersible platform [C]. Applied Mechanics and Materials, Vol.477 - 478 (2014): 114 – 118. APPLIED MECHANICS AND MATERIALS II, PTS 1 AND 2.