王法承,男,博士,清華大學土木水利學院助理研究員。
基本介紹
- 中文名:王法承
- 職業:科研人員
- 學位/學歷:博士
- 專業方向:海工結構流固土數值仿真
- 任職學院:清華大學土木水利學院
人物經歷,研究方向,學術兼職,榮譽獎項,學術成果,
人物經歷
[1] 2003.9-2007.7:合肥工業大學土木工程系,獲工學學士學位
[2] 2007.9-2010.11:帝國理工學院土木與環境工程系,獲哲學博士學位
[2] 2007.9-2010.11:帝國理工學院土木與環境工程系,獲哲學博士學位
[1] 2010.11- 2011.10:伍德能源集團肯尼公司(Wood Group Kenny), 工程師(Engineer)
[2] 2011.11- 2017.8:海油工程北京高泰深海公司,總經理助理、海管部經理、工程師;2014年晉升為高級工程師
[3] 2017.8 -:清華大學土木水利學院土木工程系,助理研究員
[2] 2011.11- 2017.8:海油工程北京高泰深海公司,總經理助理、海管部經理、工程師;2014年晉升為高級工程師
[3] 2017.8 -:清華大學土木水利學院土木工程系,助理研究員
研究方向
[1] 海工結構流固土數值仿真
[2] 海工作業監測決策系統
[3] 鋼-混組合結構設計方法
[2] 海工作業監測決策系統
[3] 鋼-混組合結構設計方法
學術兼職
[1] 英國註冊工程師(CEng,587772)
[2] 美國項目管理認證(PMP, 1780709)
[3] 海洋工程師協會會員(MIMarEST)
[2] 美國項目管理認證(PMP, 1780709)
[3] 海洋工程師協會會員(MIMarEST)
榮譽獎項
[1] 2013.9,人力資源和社會保障部,留學人員科技活動項目擇優資助
學術成果
論文:
[1] F. Wang* etc. Development and sea trial of real-time offshore pipeline installation monitoring system. Ocean Engineering, 146, 2017, 468-476. (SCI)
[2] A. C. Odijie, F. Wang etc. A review of floating semisubmersible hull systems: Column stabilized unit. Ocean Engineering, 144, 2017, 191-202. (SCI)
[3] F. Wang* etc. A finite element based study on lowering operation of subsea massive structure. China Ocean Engineering, 31(5), 2017, 646-652. (SCI)
[4] F. Wang*, etc. Technical Challenges in Piggy-back Bundle CRA Pipeline EPCI Project in Chinese Costal Area, 25th International Ocean and Polar Engineering Conference, 2015, Hawaii, USA. (EI)
[5] F. Wang*, etc. Practical and Theoretical Assessments of Subsea Installation Capacity for HYSY 201 Laybarge According to Recent Project Performances in South China Sea, Offshore Technology Conference, 2014, Houston, USA . (EI)
[6] F. Wang*, etc. Design Challenge of Rigid Riser and Spool Piece against HTHP induced Expansion in Pipe-in-Pipe Systems 33rd International Conference on Ocean, Offshore and Arctic Engineering, 2014, San Francisco , USA. (EI )
[7] L. Gardner, F. Wang and A. Liew. Influence of strain hardening on the behavior and design of steel structures, International Journal of Structural Stability and Dynamics, 11(5), 2011, 855-875. (SCI)
[8] L. Gardner, N. Saari and F. Wang. Comparative experimental study of hot-rolled and cold-formed structural steel hollow sections. Thin-Walled Structures, 48(7), 2010, 495-507. (SCI)
專利
[1] 發明專利,用於海底管道鋪設過程中的旋轉抑制裝置,201410837419.2,排名5
[2] 發明專利,深水水下結構物防扭轉的安裝方法,201410746065.0,排名6
[3] 發明專利,用於子母管的保護組件,201510965001.4,排名2(受理)
[4] 發明專利,基於船舶姿態測量的工程船作業實時分析系統,201610076334.6,排名2(受理)
[5] PCT檢索,基於船舶姿態測量的工程船作業實時分析系統
標準
[1] 中海油總公司企業標準,Q/HS 3066—2016,深水水下管匯線上安裝分析設計指南,第一起草人
軟著
[1] 1239382,鋪管實時分析系統[簡稱:Pipeline Installation Monitor] 1.0
[2] A. C. Odijie, F. Wang etc. A review of floating semisubmersible hull systems: Column stabilized unit. Ocean Engineering, 144, 2017, 191-202. (SCI)
[3] F. Wang* etc. A finite element based study on lowering operation of subsea massive structure. China Ocean Engineering, 31(5), 2017, 646-652. (SCI)
[4] F. Wang*, etc. Technical Challenges in Piggy-back Bundle CRA Pipeline EPCI Project in Chinese Costal Area, 25th International Ocean and Polar Engineering Conference, 2015, Hawaii, USA. (EI)
[5] F. Wang*, etc. Practical and Theoretical Assessments of Subsea Installation Capacity for HYSY 201 Laybarge According to Recent Project Performances in South China Sea, Offshore Technology Conference, 2014, Houston, USA . (EI)
[6] F. Wang*, etc. Design Challenge of Rigid Riser and Spool Piece against HTHP induced Expansion in Pipe-in-Pipe Systems 33rd International Conference on Ocean, Offshore and Arctic Engineering, 2014, San Francisco , USA. (EI )
[7] L. Gardner, F. Wang and A. Liew. Influence of strain hardening on the behavior and design of steel structures, International Journal of Structural Stability and Dynamics, 11(5), 2011, 855-875. (SCI)
[8] L. Gardner, N. Saari and F. Wang. Comparative experimental study of hot-rolled and cold-formed structural steel hollow sections. Thin-Walled Structures, 48(7), 2010, 495-507. (SCI)
專利
[1] 發明專利,用於海底管道鋪設過程中的旋轉抑制裝置,201410837419.2,排名5
[2] 發明專利,深水水下結構物防扭轉的安裝方法,201410746065.0,排名6
[3] 發明專利,用於子母管的保護組件,201510965001.4,排名2(受理)
[4] 發明專利,基於船舶姿態測量的工程船作業實時分析系統,201610076334.6,排名2(受理)
[5] PCT檢索,基於船舶姿態測量的工程船作業實時分析系統
標準
[1] 中海油總公司企業標準,Q/HS 3066—2016,深水水下管匯線上安裝分析設計指南,第一起草人
軟著
[1] 1239382,鋪管實時分析系統[簡稱:Pipeline Installation Monitor] 1.0