海洋油田设施钢结构裂纹水下检测技术研究被引量：1

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摘要海洋油田水下设施由于海洋环境的侵扰,需要周期性检测。本文结合国内油田实施案例,较系统地介绍了水下钢结构裂纹的常见检测方法,对油田完整性管理具有重要借鉴意义。

作者徐红兵杨昆胡成李叶永彪邱辉武

机构地区深圳海油工程水下技术有限公司

出处《中国石油和化工标准与质量》 2020年第8期80-81,84,共3页 China Petroleum and Chemical Standard and Quality

关键词水下检测裂纹海洋设施

参考文献2

1杰尔洛夫NG 赵俊生译.海洋光学[M].北京:科学出版社,1981.9,23,35.
2Topp D, Jones BA. Operational experience with the ACFM inspection technique for sub-sea weld inspec tion[J]. Environmental Engineering, 1994,7 (1): 9 -13.
3Raine GA, Smith N. NDT of on and offshore oil and gas installations using the ACFM technique[J]. Mate rials Evaluation,1996,54(4):461-465.
4SharpJV, StaceyA, WignallCM. Structuralintegrity management of offshore installations based on inspection for through thickness cracking[A]. 17th International Offshore Mechanics and Arctic Engineering Conference[C]. Lisbon: 1998.
5Jones, Ian SF. Dimensional images from a high-resolution underwater acoustic imager[A]. Offshore Technology Conference[C]. Texas:2000. 581-585.
6Roberts HH, Wilson C, Supan J. Acoustic surveying of ultra-shallow water bottoms for both engineering and environmental[C]. Offshore Technology Conference[C]. Texas:2000. 571-580.
7Framk M Caimi. Laser/light imaging for underwater use[J]. Sea Technology, 1993,5(12):22-27.
8Jules S Jaffe. Computer modeling and design of optimal underwater imaging system[J]. IEEE J Oceanic Eng, 1990,15(2): 101-111.
9Thomas J Kulp, et al. Development and testing of a synchronous-scanning underwater imaging system capable of rapid two-dimensional frame imnaging[J].Appl Opt, 1993,32(19) :3530-3536.
10David A Topp. Quantitative in-service inspection using the alternating current field measurement (ACFM) method[J/OL]. NDT net,2000,5(3).

中国石油和化工标准与质量

2020年第8期

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