CNOOC Strengthens Protection of Submarine Pipeline
CNOOC Strengthens Protection of Submarine Pipeline
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1HAN Yan SHI Bing REN Xingyue JING Xiaodong.Experimental Study on the Distribution of Velocity and Pressure near a Submarine Pipeline[J].Journal of Ocean University of China,2009,8(4):404-408. 被引量:2
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2龚顺风,党学博,李金成,何勇,金伟良.Mechanical Analysis of Submarine Pipeline During off-Bottom Towing Operation[J].China Ocean Engineering,2009,23(4):645-656. 被引量:3
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3曲杰.海底管道系统的压力试验[J].海洋石油,2006,26(2):108-112. 被引量:3
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4XU Jishang,LI Guangxue,Juan J. Horrillo,YANG Rongmin,CAO Lihua.Calculation of Maximum Allowable Free Span Length and Safety Assessment of the DF1-1 Submarine Pipeline[J].Journal of Ocean University of China,2010,9(1):1-10. 被引量:4
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5余建星,席兆胜,李鸿涛.Research on Fatigue Invalidation of A Submarine Pipeline Span Subjected to Waves and Currents[J].China Ocean Engineering,2006,20(4):595-604. 被引量:4
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6Zhang Jie.Enticing Prospects for China’s Submarine Pipeline Construction[J].China Oil & Gas,2005,12(4):34-35.
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7WEN Shipeng,XU Jishang,HU Guanghai,DONG Ping,SHEN Hong.A Field Investigation on the Effects of Background Erosion on the Free Span Development of a Submarine Pipeline[J].Journal of Ocean University of China,2015,14(4):621-628. 被引量:4