Faculty

BAI Yong
Professor
Norwegian Academy of Technological Sciences Member
0755-88018769
baiy@sustech.edu.cn

Educational background
B.E. (1982, Harbin Engineering University, China)
MSc (1986, Hiroshima University, Japan)
PhD (1989, Hiroshima University, major in
Naval Architecture & Structural Engineering)

Professional Experience
1990.6-1991.7 Post-doctor Technical University of Denmark
1991.7-1992.6 Post-doctor Norwegian University of Science and Technology
1994.5-1994.10 Post-doctor California Berkeley University
1989.4-1990.6 Project Manager/Structural Engineer Department of Technology, Century Research Center, Osaka, Japan
1990.6-1991.7 Senior Structural Analysis Engineer, Marine Engineering Department, Technical University of Denmark 1991.8-1992.6 NTNF/NFR Post-doctor Researcher, Marine Structure Department, Norwegian University of Science and Technology
1992.7-1996.2 Senior Engineer of Det Norske Veritas (DNV) 1996.3-1999.12 Manager of Marine Department, Norwegian JP KENNY
1998.9-2001.6 Professor of Marine Engineering in the Department of Civil Engineering, University of Stavanger
1999.12-2001.12 Manager of the Marine Technology Department, American Bureau of Shipping (ABS)
2002.1-2003.4 Project Manager, Shell Oil Company
2003.4-2005.6 Vice President of Engineering, American MCS Company
2005.5-2006.4 President of American GAE Company
2006.5-2006.10 Vice President of Technology, and Chief Engineer, Yantai Raffles
2005.5-present President of OPR Group
2005.9-Present Guest Professor/Doctor Tutor Harbin Engineering University
2010.1-present Professor/Doctor Tutor College of Civil Engineering and Architecture, Zhejiang University
2016.8-Present Professor of the Ocean Department, South University of Science and Technology

Honors and Awards
Awarded as introduced talent of Zhejiang Provincial “Hundred Talents Program" in 2009

Doctoral supervisor and professor of Structural Engineering Institute, Zhejiang University, China

Doctoral supervisor and visiting professor of Harbin Engineering University, China

Papers and patents
A 被SCI和EI收录的文章
Yong Bai, Peng Wang, HaichaoXiong,Gao Tang and Wang Xueshe:“Mechanical behavior of pipe reinforced by steel wires under external pressure”,《Reinforced Plastics and Composites》,2015.(SCI)Yong Bai, Hui-bin Yan, Yu Cao, Younghoon KIM, Yong-yan Yang:“Time-Dependent Reliability Assessment of Offshore Jacket Platforms”,《Ships and Offshore Structures》,2015.(SCI)Yong Bai, Younghoon KIM, Hui-bin Yan, Xiao-feng Song, Hua Jiang:“Reassessment of the Jacket Structure due to Corrosion Damage” ,《Ships and Offshore Structures》,2015.(SCI)Yong Bai, Shuai Yuan, Jiandong Tang, Hongdong Qiao, Peng Cheng, Yu Cao*, Nuosi Wang:“Behavior of Reinforced Thermoplastic Pipe under Combined Bending and External Pressure”,《Ships and Offshore Structures》,(SCI)Yong Bai, Jiandong Tang, Weiping Xu, Weidong Ruan:“Reliability-based design of subsea light weight pipeline against lateral stability”,《Marine Structures》,(SCI)Yong Bai, Jiandong Tang, Weiping Xu, Yu Cao, Nuosi Wang:“Collapse of Reinforced Thermoplastic Pipe (RTP) under Combined External Pressure and Bending Moment”,《Ocean Engineering》,(SCI)Bai Yong,Yu Binbin,Peng Cheng,Wang Nuosi,Ruan Weidong,Tang Jiwei,Babapour Abbas :“Bending Behavior of Reinforced Thermoplastic Pipe (RTP)” ,《Offshore Mechanics and Arctic Engineering》,2015.(SCI)Weidong Ruan, Yong Bai, Peng Cheng*:“Static analysis of deepwater lazy-wave umbilical on elastic seabed” ,《Ocean Engineering》(SCI)Yong Bai, Weiping Xu, Weidong Ruan, Jiwei Tang:“On-bottom stability of subsea light weight pipeline (LWP) on sand soil surface”,《Ships and Offshore Structures》,(SCI)Yong Bai, Yutian LU, Peng Cheng :“Theoretical and Finite Element Study of Structural Behavior of Central Large Diameter Umbilical under Tension and Torsion”,《Ships and Offshore Structures》,(SCI)Yong Bai,Weidong Ruan,Peng Cheng,Binbin Yu and Weiping Xu :“Buckling of reinforced thermoplastic pipe (RTP) under combined bending and tension”,《Ships and Offshore Structures》,(SCI)Yong Bai,Yu Binbin,Cheng Peng and Wang Ning:“ Experimental Study and Finite Element Analysis for the Installation of a Pipeline into an Existing Pipeline”, Offshore Mech. Arct. Eng.135(1), 011702 (Feb 22, 2013) (8 pages).(SCI)Yong Bai,Weidong Ruan,Shuai Yuan,Xu He and Jianbo Fu :“3D mechanical Analysis of Subsea Manifold Installation by Drill Pipe in Deep Water”,《Ships and Offshore Structures》,2013.(SCI)Yong Bai, Weiping Xu, Peng Cheng, Nuosi Wang and Weidong Ruan :“Behavior of Reinforced Thermoplastic Pipe (RTP) under Combined External Pressure and Tension”,《Ships and Offshore Structures》,(SCI)白勇,余彬彬,程鹏:“内衬管修复旧管道安装拉力的理论分析与数值模拟”,《石油学报》,2012年4期.(EI)白勇,徐帆,乔霭潼:“试件残余塑性变形与金属磁记忆检测信号的关系”,《材料工程》,2013年8期.(EI)龚顺风,陈源,金伟良,白勇,李志刚,赵冬岩:“高静水压力作用下深海油气管道的局部屈曲’,《浙江大学学报(工学报)》,2012年1期.(SCI)姜华,阮伟东,乔红东,钱武杰,白勇:“水下管汇深水安装力学分析”,《船舶工程》,2013年第四期.(EI)王玮,KOSOR REZAZADEH,白勇:“多跨海底管道的疲劳分析”,《哈尔滨工程大学学报》2011年五期.(EI)周素莲,聂武,白勇:“深水半潜式平台系泊系统设计研究”,《船舶力学》2010年5期.(EI)Kosar Rezazadeh,陆钰天,白勇,唐继蔚:“钢悬链线立管与海底相互作用和疲劳分析”,《哈尔滨工程大学学报》,(EI)Wei and Y. Bai: “Development of an Acoustic-Based Riser Monitoring System”, Proc. of the ASME 28th International Conference on Ocean, Offshore and Arctic Engineering. USA, 2009. OMAE2009-79913. (EI)F. Badaruddin, F. Zhang and Y. Bai: “Quantitative Risk Assessment (QRA) Based Leak Detection Criteria (LDC) Design for a Subsea Oil Export Pipeline”, Proc. of the ASME 28th International Conference on Ocean, Offshore and Arctic Engineering. USA, 2009.OMAE2009-79250. (EI)Wei, Y. Bai and G. Feng: “Global Analysis of Ultra-Deepwater Drilling Risers”, Proc. of the ASME 28th International Conference on Ocean, Offshore and Arctic Engineering. USA, 2009.OMAE2009-79912. (EI)H. Sun and Y. Bai: "Time-variant Reliability Assessment of FPSO Hull Girders", Journal of Marine Structures, Vol. 16, pp.219-253, 2003. (SCI, EI)Lu, Y.N. Chen, P.L. Tan and Y. Bai: "Prediction of Jack-up Dynamic Response", OMAE'01, also Journal of Marine Structures, 2002. (SCI, EI)K. Das, A. Thavalingam, S. Hauch and Y. Bai: "A New Look Into the Buckling and Ultimate Strength Criteria of Stiffened Shells for Reliability Analysis", OMAE'01. (EI)T. Zhao, Y. Bai and Y. Shin: "Extreme Response and Fatigue Damage for FPSO Structural Analysis", ISOPE'2001. (EI)Bai and S. Hauch: "Collapse Capacity of Corroded Pipes under Combined Pressure, Longitudinal Force and Bending", Journal of ISOPE, March 2001. (EI)H. Sun and Y. Bai: "Time-variant Reliability of FPSO Hulls", SNAME Transactions, 2001. (SCI,EI)Willcocks and Y. Bai: "Risk Based Inspection and Integrity Management of Pipeline Systems", ISOPE'2000. (EI)Bai, G. Knauf and H.G. Hillenbrand: "Materials and Design of High Strength Pipelines", ISOPE'2000. (EI)J. Chen, G. Dong, R.A. Jakobsen and Y. Bai: "Assessment of Pipeline Girth Weld Defects", ISOPE'2000. (EI)Xu, B. Lauridsen and Y. Bai: "Wave-induced Fatigue of Multi-span Pipelines", Journal of Marine Structures, Vol.12, pp.83-106, 1999. (SCI, EI)Bai, Y. and Sørheim, M.: “Risk Analysis Applied to Pipeline Engineering”, Proc. of OMAE’99. (EI)Bai, Y., Sørheim, M., Nødland, S. and Damsleth, P.A.: “Life-Cycle-Cost Models in Pipeline Design”, Proc. of OMAE’99. (EI)Hauch, S. and Bai, Y.: “Bending Moment Capacity of Pipes”, Proc. of OMAE’98. (EI)Bai, Y. and Damsleth, P.A.: “Installation Design of Deepwater Pipelines”, Proc. of OMAE’99. (EI)Bai, Y., J.Y. Nielsen and Damsleth, P.A.: “Simulation of Ratcheting of HP/HT Flowlines”, Proc. of ISOPE’99. (EI)Bai, Y., Hauch, S. and Jensen, C.J.: “Local Buckling and Plastic Collapse of Corroded Pipes with Yield Anisotropy”, Proc. of ISOPE’99. (EI)Ose, B.A., Bai, Y., Nystrøm, P.R. and Damsleth, P.A: “A Finite Element Model for In-situ behaviour of Offshore Pipelines on Uneven Seabed and Its Application to On-bottom Stability”, Proc. of ISOPE’99. (EI)Jakobsen, R. A., Bai, Y. and Langen, I.: “Assessment of Pipeline Girth Weld defects”, Proc. of ISOPE’99 – Moscow Pipeline Symposium. (EI)Bai, Y. and Damsleth, P.A: “Design Through Analysis Applying Limit-state Concepts and Reliability Methods”, Planery paper of ISOPE ’98. (EI)Bai, Y., Lauridsen, B., Xu, T. and Damsleth, P.A.: “Wave-induced Fatigue of Free-Spanning Pipelines in Waves”, Proc. of OMAE’98. (EI)Bai, Y. and Song, R.: “Fracture Assessment of Dented Pipes with Cracks and Reliability-based Calibration of safety Factors”, Accepted for Publication in International Journal of Pressure Vessels and Piping. (SCI)Song, R., Tjelta, E. and Bai, Y.: “Reliability-based Tubular Joint Design”, Proc. of ISOPE’98. (EI)Tørnes, K., Nystrøm, P., Kristiansen, N.Ø., Bai, Y. and Damsleth, P.A.: “Pipeline Structural Response to Fishing Gear Pull-over Loads”, Proc. of ISOPE’98. (EI)Hauch, S., Bai, Y.: “Use of Finite Element Methods for Local Buckling Design”, Proc. of OMAE ’98. (EI)Bai, Y. and Hauch, S.: “Analytical Collapse Capacity of Corroded Pipes,” Proc. of ISOPE’98. (EI)Song, R. and Bai, Y.: “Burst Reliability of Dented Pipes with Cracks”, Proc. of ISOPE’98. (EI)Nystrøm, K. Tørnes, Y. Bai and P. Damsleth: “Dynamic Buckling and Cyclic Behaviour of HP/HT Flowlines”, Proc. of ISOPE’97. (EI)Bai, T. Xu and R. Bea: “Reliability - based Design & Regualitication criteria for Longitudinally Corroded Pipelines”, Proc. of the 7th International Offshore and Polar Engineering Conference (ISOPE ’97), May 1997. (EI)Bai and P. A. Damsleth: “Limit-state Based Design of Offshore Pipelines”, Proc. of OMAE ’97. (EI)Ø. Kristiansen, Y. Bai and P.A. Damsleth: “Ratcheting of High Pressure High Temperature Pipelines”, Proc. of OMAE ’97. (EI)Bai, E. Moe and K. Mørk: “ProbabilisticAssessment of Dented and Corroded Pipelines”, Proc. of the 4th International Offshore and Polar Engineering Conference (ISOPE ‘94), Osaka, April 1994. (EI)Bai, R. Igland and T. Moan: “Factors Affecting Tube Collapse Simultaneously subjected to Combined Pressure, Tension and Bending”, International Journal of Marine Structures, Vol. 10, June 1997. (SCI, EI)Bai, R. Igland and T. Moan: “Ultimate Limit States for Pipes under Combined Tension and Bending”, Proc. of the 3rd International Offshore and Polar Engineering Conference (ISPOE ‘93), Singapore, June 1993. International Journal of Offshore and Polar Engineering, pp. 312-319, 1994. (SCI, EI)Bai, R. Igland and T. Moan: “Collapse of Thick Tubes under Combined Tension and Bending”, Journal of Constructional Steel Research, pp. 233-257, 1995. (SCI)Bai, R. Igland and T. Moan: “Tube Collapse under Combined Pressure, Tension and Bending”, International Journal of Offshore and Polar Engineering, Vol. 3(2), pp. 121-129, 1993. (SCI, EI)Bai, R., Igland and T. Moan: “Collapse of Thick Tubes under Pressure, Tension, Bending and Their Combinations”, Proc. of the 2nd International Offshore and Polar Engineering Conference (ISOPE ’92), San Francisco, June 1992. (SCI, EI)Bai, E. Bendiksen and P.T. Pedersen: “Collapse Analysis of Ship Hulls”, Journal of Marine Structures, Vol. 6, pp. 485-507, 1993. (SCI, EI)Bai and P.T. Pedersen: “Elastic-plastic Behaviour of Offshore Steel Structures under Impact Loads”, International Journal of Impact Engineering, Vol.13 (1), pp. 99-115, 1993. (SCI, EI)Fujikubo, Y. Bai and Y. Ueda: “Dynamic Elastic-plastic Analysis of Offshore Framed Structures by Plastic Node Method Considering Strain Hardening Effects”, International Journal of Offshore and Polar Engineering, Vol. 1 (3) , pp. 220-227, 1991, also: Proc. of ISOPE ’91, August 1991. (SCI, EI)Bai and P.T. Pedersen: “Earthquake Response of Offshore Structures”, Proc. of the 10th International Conference of Offshore Mechanics and Arctic Engineering (OMAE ’91), Stavanger, June. (EI)Fujikubo, Y. Bai, N. Watanabe and Y. Ueda: “Elastic-plastic Analysis of Framed Structures under Cyclic Loads by Plastic Node method”, Journal of the Society of Naval Architects of Japan, Vol. 169, pp. 415-424, 1991 (in Japanese). (EI)Yao, M. Fujikubo, Y. Bai, T. Nawata and M. Tamehiro: “Local Buckling of Bracing Members in Semi-submersible Drilling Unit (2nd report)”, Journal of the Society of Naval Architects of Japan, Vol. 164, pp. 447-455, 1988 (in Japanese). (EI)Yao, M. Fujikubo, Y. Bai, T. Nawata and M. Tamehiro: “Local Buckling of Bracing Members in Semi-submersible Drilling Unit (1st report), Journal of the Society of Naval Architects of Japan, Vol.160, pp. 359-371, 1986 (in Japanese). (EI)Yao, M. Fujikubo, Y. Bai and S. Nakagawa: “Load Carrying Capacity of Damaged Tubular Members”, Transaction of the West Japan Society of Naval Architects, Vol.73, pp. 136-150, 1987. (EI)
B 专著
Bai:“Pipelines and Risers”, published by Elsevier.2001.张圣坤、白勇、唐文勇: “船舶与海洋工程风险评估”,国防工业出版社。2003Bai:“Marine Structural Design” , published by Elsevier.2003Bai & Q.Bai:“Subsea Pipelines and Risers” , published by Elsevier.2005Bai & Q.Bai:“Subsea Engineering Handbook”第一版 , published by Elsevier.2011Bai & Q.Bai: “Subsea Engineering Handbook”第二版 , published by Elsevier.2012白勇、龚顺风、白强、李清平、金伟良:“水下生产系统手册”,哈尔滨工程大学出版社。2012张亮,白勇:“海上风力发电”,海洋出版社。2012(译著)Bai & Y. Bai :“Subsea Pipeline Design, Analysis, and Installation”,published by Elsevier.2014Bai & Q.Bai :“Subsea Pipeline Integrity and Risk Management”,published by Elsevier.2014白勇,戴伟,孙丽萍:“海洋立管设计”,哈尔滨工程大学出版社。2014白勇,白强:“海洋工程设计手册—海底管道分册”,上海交通大学出版社。2014(Subsea Pipeline Design, Analysis, and Installation译本)Yong Bai & Wei-Liang Jin: “Marine Structural Design, 2nd Edition”, published by Elsevier. 2015

Undertaking project
Underwater production system
1.FEED design review of Kanowit oilfield underwater production system, client: Petroliam Nasional Berhad
2.Design of TISTB underwater production system (including underwater oil tree, underwater pipe manifold and underwater cross pipe), client: Pusan National University
3.Development of submarine valves for underwater production system, client: Chongqing Hongjiang Machinery Co., Ltd.
4.Deep-water underwater connection system and key equipment design and test, client: Shengli Oilfield Highland Petroleum Equipment Co., Ltd.
5.Design guide for underwater production system, client: China National Petroleum Corporation
6.Preparation of design manual of underwater production system, client: CNOOC Research Center
7.Research on manufacturing process of underwater production facilities/research on manufacturing process of underwater liquid control unit; factory test and integration test equipment for underwater production facilities and technology research; research on test process of underwater pipe manifold, connector and PLET/PLEM umbilical cable, client: Offshore Oil Engineering Co., Ltd.
8.Calcuation and analysis of installation process for underwater production facilities, client: Offshore Oil Engineering Co., Ltd.
9.Underwater valves, forgings, common pipes and pipe processing technique, client: Offshore Oil Engineering Co., Ltd.
10.TISTB underwater production system test center planning, including multiphase flow measurement system, underwater part qualification test workshop, FAT test workshop and SIT test site, SWT test site, client: Pusan National University

Submarine pipelines and the vertical pipes
1.Marine hose testing, client: Zhejiang Hengantai Petroleum Engineering Co., Ltd.
2.Supply of PA pipes for marine floating hose reinforced layer, client: Techflow Group
3.The trial of 2-inch API 17J steel band enhanced composite pipes at Maracaibo, Venezuela, client: Venezuelan National Oil Company
4.Research and development of submarine pipeline overflow pollution evaluation management information system, client: Chian Offshore Environmental Service Ltd.
5.Research on the advance reserve of reinforced pipeline steel pipes of composite material and non-metal pipelines, client: PetroChina Natural Gas Pipeline Science Research Institute
6.Bending performance test equipment and stress strain system for deep-water pipeline heat preservation wet type insulation coating, customer: CNOOC Energy Development Pipeline Engineering Coating Branch Company
7.Technical research on marine application of non-metal composite pipelines - laboratory test, client: Petroliam Nasional Berhad
8.Technical research on marine application of non-metal composite pipelines - finite element analysis, client: Petroliam Nasional Berhad
9.Technical research on marine application of non-metal composite pipelines, client: Aerosun Corporation
10.Marine riser resonant bending fatigue tester, client: Baoji Oilfield Machinery Co., Ltd.
11.Technical research on ocean pipeline construction within a water depth of 300 meters, client: Tianjin Binhai Branch, China National Petroleum Pipeline Engineering Co., Ltd.
12.Marine riser product development, client: Baoji Petroleum Steel Pipe Co., Ltd.
13.Research on calculation technology of horizontal pipe lifting and horizontal pipe shifting of mixed transmission submarine pipeline, client: Offshore Oil Engineering Co., Ltd.
14.Weizhou 12-2 oilfield group joint development basic design project - Marine Pipline BULKHEAD finite element analysis project, client: Zhanjiang Nanhai West Petroleum Survey & Design Co., Ltd.
15.Technical research on reinforced thermoplastic pipe (RTP) in application of oil and gas long-distance transmission pipeline engineering, client: China National Petroleum Pipeline Engineering Co., Ltd.
16.Deep water flow safety assurance and hydrate risk prevention and control technology - submarine pipeline leakage monitoring system trial-manufacture, client: CNOOC Research Institute
17.Research on recovery equipment for disposal of pipelines, client: Offshore Oil Engineering Co., Ltd.
18.Submarine pipeline and fixed platform information center as well as research and application of integrity assessment technology, customer: China Oilfield Services Limit
19.Research on the estimation method of oil spill in submarine pipeline, client: China Offshore Environmental Service Ltd.
20.Research and development of submarine pipeline oil spill prediction and early warning software system, client: China Offshore Environmental Service Ltd.
21.Research and application of submarine pipeline assessment technology, client: China Oilfield Services Limit
22.Comprehensive research and application of oil and gas leakage detection and management technology - research and development of marine oil and gas leakage emergency plan, client: China Oilfield Services Limit
23.Phase II project of Haixi natural gas pipeline network (Changle - Luoyuan) gas pipeline and Langqi bridge & approach bridge parallel safety assessment, client: CNOOC Fujian Natural Gas Co., Ltd.

Marine engineering structure
1.300ft drilling platform lifting system, client: Baoji Oilfield Machinery Co., Ltd.
2.Collision analysis project of the deep-water semi-submersible drilling platform structure, client: Zhoushan Platform, Zhejiang University
3.P300 JACK-UP PROJECT (300ft jack-up platform basic design project), client: Caspian Pars Offshore Co. (CPO)
4.5MW fan installation vessel design, client: Wuhan Ship Machinery Co., Ltd.
5.CP-300 jack-up drilling platform crane design, client: Liaoning Petroleum Equipment Institute Co., Ltd.
6.Jack-up marine platform lifting system, client: Wuhan Ship Machinery Co., Ltd.
7.Optimal design of 101 pipe-laying ship stinger, client: CNPC Offshore Engineering Company Limited
9.Jack-up marine oil drilling platform design, client: Nantong Runbang Marine Engineering Equipment Co., Ltd.
9.59T-38m and 50t-38m kingpost offshore platform crane, client: Dalian Huarui Co., Ltd.
10.550T fan installation platform crane, client: Taizhong (Tianjin) Heavy Equipment Technology Development Co., Ltd.
11.50T A type deck crane, client: Liaoning Petroleum Equipment Institute Co., Ltd.
12.Kingpost marine crane design, client: Baoji Oilfield Machinery Co., Ltd.
13.60T kingpost marine crane, client: Wuhan Ship Machinery Co., Ltd.
14.300ft and 350ft jack-up drilling platform design, client: Iran PCK Company
15.Research on new methods for reliability analysis of deep-sea semi-submersible platform structure, client: 702 Institute
16.Design, manufacturing, commissioning projects of internal sludge discharge equipment of suction and discharge device for marine facilities and Research on external sludge discharge device for marine facilities, client: Offshore Oil Engineering Co., Ltd.

Service for Academic Societies
Important functions in international academic conferences:
1. Academic member of pipeline conference, OMAE - Int. Offshore Mechanics & Arctic Engineering
2. Training teacher for submarine pipelines and risers, Petroliam Nasional Berhad
3. Course lecturer for Integrity Management of Flexible Flowlines & Risers, FLEMING EUROPE
4. Course lecturer for submarine pipelines and risers, Singapore UNI STRATEGIC

Editorial board member for professional journals:
1. Vice Chairman of Ship Engineering
2. Vice Chairman of China Offshore and Marine Engineering Equipment
3. Vice Chairman of Ship Engineering
4. Editorial member of International Journal of Ships & offshore Structures

Important reviews:
1. Review for the “Youth Talent Support Program”.
2. Review for the Marine Engineering Science and Technology Award.
3. Review for talent projects of Zhejiang University of Technology.
4. Review for the “Talents Program” in Fujian.
5. Review for high-level talents in Hangzhou Bay New District, Ningbo.