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首页 > 师资队伍 > 全部教师列表A-Z > 白勇

师资队伍

白勇


教授

海洋科学与工程系

baiy@sustc.edu.cn

个人简介:

白勇教授,男,1963年5月生,江西抚州临川人,博士生导师,2009年浙江省“百人计划”引进人才,2010年国家第五批“千人计划”引进人才。挪威国籍,1989年在日本广岛大学取得海洋结构博士学位,先后在丹麦技术大学、挪威科技大学和美国加州伯克利大学从事船舶与海洋工程领域博士后教学科研工作,发表论文100多篇,英文学术专著7本,中文合著4本。

白勇教授主持了数十个大型船舶结构、海底管线/立管、水下生产系统、海洋平台结构设计、分析与风险评估项目。创立了立管的流固耦合振动理论、共振与疲劳强度分析、海底水流、共振与立管动力响应评估理论,提出了深水海底管道的抗屈曲和极限承载能力设计理论,从根本上改进了海底管道所采用的设计方法,分析手段和设计许容标准等,达到了国际领先水平,在工程实践中也得到了广泛的应用,在行业内享有较高的知名度。

白勇曾在挪威船级社、美国船级社、挪威JP KENNY 公司、美国壳牌石油公司和美国MCS公司从事工程管理工作,拥有丰富的工程实践经验和经营管理能力。主要从事海底石油管线、海洋工程钻井机械、水下钻采设备等海洋石油工程工作。

 

求学经历:

1978.9-1982.7哈尔滨船舶工程学院   本科毕业          获学士学位

1982.9-1983.7上海交通大学         硕士研究生

1983.9-1986.4日本广岛大学         硕士研究生毕业    获硕士学位

1983.9-1983.7日本广岛大学         博士研究生毕业    获博士学位

1990.6-1991.7丹麦技术大学         博士后

1991.7-1992.6挪威科技大学         博士后

1994.5-1994.10美国加州伯克利大学   博士后

 

工作经历:

1989.4-1990.6日本大阪世纪研究中心技术部 项目经理/结构工程师

1990.6-1991.7丹麦科技大学海洋工程部门 高级结构分析工程师

1991.8-1992.6挪威科技大学海洋结构部门 NTNF/NFR 博士后研究员

1992.7-1996.2挪威船级社(DNV) 高级工程师

1996.3-1999.12挪威JP KENNY 公司 海工部门经理

1998.9-2001.6挪威斯塔万格(Stavanger)大学土木系海洋工程专业 教授

1999.12-2001.12美国船级社(ABS)海洋技术部门 部门经理

2002.1-2003.4壳牌石油公司 项目经理

2003.4-2005.6美国MCS 公司 工程副总裁

2005.5-2006.4美国GAE 公司 总裁

2006.5-2006.10烟台莱佛士船厂 技术副总裁 总工程师

2005.5-今  欧佩亚集团 总裁

2005.9-今  哈尔滨工程大学 客座教授/博导

2010.1-今  浙江大学建筑工程学院 教授/博导

2016.8-今  南方科技大学海洋科学与工程系 教授/博导

 

主要研究领域:

1、 海洋管道和立管

2、 海洋工程结构

3、 工程风险分析和安全评估

4、 复合材料管

5、 海洋石油水下生产系统

6、 海洋工程钻井机械

7、 海洋风能与潮流能

8、 水下无人机器人

9、 动力定位系统

 

主要学术论文

1. 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)  

2. 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)

3. 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)

4. 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》,2015.(SCI)

5. Yong Bai, Jiandong Tang, Weiping Xu, Weidong Ruan:“Reliability-based design of subsea light weight pipeline against lateral stability”,《Marine Structures》,2015.(SCI)

6. 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》,2015.(SCI)

7. 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)

8. Weidong Ruan, Yong Bai, Peng Cheng*:“Static analysis of deepwater lazy-wave umbilical on elastic seabed” ,《Ocean Engineering》2014.(SCI)

9. 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》,2014.(SCI)

10. 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》,2014.(SCI)

11. 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》,2014.(SCI)

12. 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”,J. Offshore Mech. Arct. Eng.135(1), 011702 (Feb 22, 2013) (8 pages).(SCI)

13. 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)

14. 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》,2013.(SCI)

15. 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)

16. 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) 

17. 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)

18. 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)

19. 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) 

20. 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) 

21. 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》,2014.(EI)

22. D. 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)

23. M.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)

24. D. 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)

25. H.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)

26. Y. 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)

27. P.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)

28. C.T. Zhao, Y. Bai and Y. Shin: "Extreme Response and Fatigue Damage for FPSO Structural Analysis", ISOPE'2001. (EI)

29. Y. Bai and S. Hauch: "Collapse Capacity of Corroded Pipes under Combined Pressure, Longitudinal Force and Bending", Journal of ISOPE, March 2001. (EI)

30. H.H. Sun and Y. Bai: "Time-variant Reliability of FPSO Hulls", SNAME Transactions, 2001. (SCI,EI)

31. J. Willcocks and Y. Bai: "Risk Based Inspection and Integrity Management of Pipeline Systems", ISOPE'2000. (EI)

32. Y. Bai, G. Knauf and H.G. Hillenbrand: "Materials and Design of High Strength Pipelines", ISOPE'2000. (EI)

33. M.J. Chen, G. Dong, R.A. Jakobsen and Y. Bai: "Assessment of Pipeline Girth Weld Defects", ISOPE'2000. (EI)

34. T. 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)

35.  Bai, Y. and Sørheim, M.: “Risk Analysis Applied to Pipeline Engineering”, Proc. of OMAE’99. (EI)

36. Bai, Y., Sørheim, M., Nødland, S. and Damsleth, P.A.: “Life-Cycle-Cost Models in Pipeline Design”, Proc. of OMAE’99. (EI)

37. Hauch, S. and Bai, Y.: “Bending Moment Capacity of Pipes”, Proc. of OMAE’98. (EI)

38. Bai, Y. and Damsleth, P.A.: “Installation Design of Deepwater Pipelines”, Proc. of OMAE’99. (EI)

39. Bai, Y., J.Y. Nielsen and Damsleth, P.A.: “Simulation of Ratcheting of HP/HT Flowlines”, Proc. of ISOPE’99. (EI)

40. Bai, Y., Hauch, S. and Jensen, C.J.: “Local Buckling and Plastic Collapse of Corroded Pipes with Yield Anisotropy”, Proc. of ISOPE’99. (EI)

41. 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)

42. Jakobsen, R. A., Bai, Y. and Langen, I.: “Assessment of Pipeline Girth Weld defects”, Proc. of ISOPE’99 – Moscow Pipeline Symposium. (EI)

43. Bai, Y. and Damsleth, P.A: “Design Through Analysis Applying Limit-state Concepts and Reliability Methods”, Planery paper of ISOPE ’98. (EI)

44. Bai, Y., Lauridsen, B., Xu, T. and Damsleth, P.A.: “Wave-induced Fatigue of Free-Spanning Pipelines in Waves”, Proc. of OMAE’98. (EI)

45. 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)

46. Song, R., Tjelta, E. and Bai, Y.: “Reliability-based Tubular Joint Design”, Proc. of ISOPE’98. (EI)

47. 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)

48. Hauch, S., Bai, Y.: “Use of Finite Element Methods for Local Buckling Design”, Proc. of OMAE ’98. (EI)

49. Bai, Y. and Hauch, S.: “Analytical Collapse Capacity of Corroded Pipes,” Proc. of ISOPE’98. (EI)

50. Song, R. and Bai, Y.: “Burst Reliability of Dented Pipes with Cracks”, Proc. of ISOPE’98. (EI)

51. Nystrøm, K. Tørnes, Y. Bai and P. Damsleth: “Dynamic Buckling and Cyclic Behaviour of HP/HT Flowlines”, Proc. of ISOPE’97. (EI)

52. Y. 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)

53. Y. Bai and P. A. Damsleth: “Limit-state Based Design of Offshore Pipelines”, Proc. of OMAE ’97. (EI)

54. N.Ø. Kristiansen, Y. Bai and P.A. Damsleth: “Ratcheting of High Pressure High Temperature Pipelines”, Proc. of OMAE ’97. (EI)

55. Y. 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)

56. Y. 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)

57. Y. 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)

58. Y. 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)

59. Y. 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)

60. 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)

61. Y. Bai, E. Bendiksen and P.T. Pedersen: “Collapse Analysis of Ship Hulls”, Journal of Marine Structures, Vol. 6, pp. 485-507, 1993. (SCI, EI)

62. Y. 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)

63. M. 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)

64. Y. 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)

65. M. 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)

66. T. 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)

67. T. 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)

68. T. 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) 

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