Feng Liang

lectuer

Office: Ocean Engineering

fax     : (780) 492-2200

Phone: (780) 492-3870

Email：fengliang@ouc.edu.cn

Education

2002-2006Harbin Engineering UniversityNaval　Architecture and Ocean Engineering (Bachelor)

2006-2009Harbin Engineering University Naval　Ships and marine structures design and manufacture(Master)

2008-2012Harbin Engineering University Naval　Ships and marine structures design and manufacture (Doctor)

Research Interest

fengliang’s research interests cover a wide range in Naval　ArchitectureandOceanEngineering Naval Architecture and Ocean Engineering

Naval Architecture and Ocean Engineerin

Naval Architecture and Ocean Engineering

The main research areas are: The ultimate strength of ships and ocean structures, The reliability of ships and ocean structures.

Teaching Courses

《Ship structural mechanics》,《Hull strength and structure design》,《Complex function》

Publications

1.Feng Liang, Tong Fushan. ultimate strength research of stiffened panels based on combined theory of strength and stability method[J]. Journal of HarbinEngineeringUniversity. 2011.12: Vo1.32 No.12:1539~1543

2.Feng Liang, Tong Fushan. ultimate strength calculation of pressurized cylindrical shells in deep-sea vehicle with method of combined theory of strength and stability [J]. Journal of HarbinEngineeringUniversity. 2012.02: Vo1.33 No.2:150~154

3.Fengliang, Tong Fushan ultimate strength research of plates based on combined theory of strength and stability method[c].Applied Mechanics and Materials. ICMEME2011

4.Feng Liang,Tong Fushan.ultimate strength research of Plates and shells based on simple tangent modulus factor method [J], Journal of Wuhan University of Technology. 2012.04: Vo1.34 No.4:57~61

5.Feng Liang,Tong Fushan. Geometric nonlinear Complex stability research for beam-to-column and it’s extension[J]. Journal of Huazhong University of Science and technology (Natural science Edition). 2012.09: Vo1.40 No.9:114~117

Research Projects:

1. Production Design of 7850dwt multiple ship (ship-owner, Ukraine) and FSO (ship-owner, Japanese)

2. General arrangement and cabin design of semi-submersible offshore platform

3. Line-fairing of 081, 4700dwt bulk carrier and part of the calculation of hydrostatic

4. Finite element analysis of Exploration ship

5. the Structure calculation of the fishing boats