研究领域

油气装备失效剖析与完整性治理/海洋石油装备及作业清静手艺

科研项目

[1] 国家重点研发妄想“原油自然气储罐及隶属管道、辅助设施事故应急手艺与装备手艺研究”（2017YXC**），2017.7-2020.12


[2] 国家科技重大专项（十二五）“深水水下应急维修装备与手艺”课题之子课题“深水水下应急维修要领与半物理仿真系统研制”(2011ZX05027-005），2011.1-2015.12

[3] 863项目：基于振动检测的现役海洋平台结构清静评估手艺研究,（2008AA092701-3），2009.8-2012.12

[4] 国家科技重大专项“深水海底管道和立管监测手艺研究” 2008ZX05026-005-08），2008.1-2010.12

[5] 国家重大专项“西非深水海上典范油气田开发工程模式及要害手艺研究” （2008ZX05030-005-11），2008.7-2010.12

[6] 国家科技重大专项“深水海底管道J型铺设要害手艺研究和深水水下生产设施施工装备及装置要害手艺研究”，ZX**（2008ZX05027-002-07/08 ），2008.1-2010.12；

[7] 863项目：深水立管专用提升系统研制（863-07-F-010），2009.5-2010.12；

[8] 国家科技重大专项“深水装置手艺及装置机具研究” （2008ZX05056），2008.1-2010.12；

专利

[1] 铺管船用张紧器，9.8，中国，2013-08-15


[2] 深海油气管道弃置与接纳作业用的拖沓封头，8.X，中国，2013-08-14

[3] 用于海底跨接受道下放装置的装置，4.9，中国，2013-03-06

Publications

[1]YANG Hong, PENG Shiliu, MAO Dongfeng（通讯作者）et al. Directional attraction of fluid surface wave caused by vertically oscillating prisms. PETROLEUM EXPLORATION AND DEVELOPMENT, 43(5) 1-4, October 2016SCI、EI收录

[2] Dongfeng Mao,Meizhi Yang, Hong Yang. THE DIRECTIONAL ATTRACTION OF FLUID SURFACE WAVE CAUSED BY VERTICALLY OSCILLATING PRISMS. Proceedings of the 6th World Conference on Safety of Oil and Gas Industry WCOGI 2016 October 26-29, 2016, Beijing, China.

[3] Meizhi Yang, Dongfeng Mao.CLUSTERING ANALYSIS OF AE SIGNAL FROM DAMAGE AND FAILURE OF COILED TUBING COMPOSITE MATERIALS. Proceedings of the 6th World Conference on Safety of Oil and Gas Industry WCOGI 2016 October 26-29, 2016, Beijing, China.

[4] Pengyang Wei, Dongfeng Mao. NUMERICAL SIMULATION OF LNG FILLING STATION'S LEAKAGE WITH FLACS. Proceedings of the 6th World Conference on Safety of Oil and Gas Industry WCOGI 2016 October 26-29, 2016, Beijing, China.

[5] Dongfeng Mao, Chao Zhong, LaibinZhang et al. Dynamic response of offshore jacket platform including foundation degradation under cyclic loadings. Ocean Engineering Vol.100(2015)pp35-45.SCI收录

[6]Mao Dongfeng, Duan Menglan, Li Xinzhonget al.Selection of Deepwater Floating Oil Platform Based on Grey-correlation Analysis.Petroleum Exploration and Development，2013，Vol.40 No.6. pp796-800.SCI、EI收录

[7]毛春风，苏宁宁等.深水管道弃置接纳非线性受力剖析及其形态控制,凯时学报，Vol.38 No.2.pp124-129.EI收录

[8] Mao Dongfeng, Duan Menglan, et al.Model test investigation on an innovative lifting system for deepwater riser installation，2010.12，Petroleum Science，Vol.7（4），pp547-554，SCI收录

[9] 钟 超，毛春风等.思量桩基弱化的导管架平台横向振动特征试验研究，2013，岩土力学Vol.34 No.1，pp53-60,EI收录

[10] Mao Dongfeng,Zhang Minghui, Zhang Laibin, et al. Sliding risk of jack-up platform re-installation close to existing footprint and its countermeasure. Petroleum Exploration and Development，2015，Vol.42 No.2. pp233-237. SCI、EI收录