海底管道在水流和波浪作用下的稳定性

K. Mordvintsev, Мордвинцев Константин Петрович, A. Gogin, Гогин Александр Григорьевич, Ekaterina M. Korneeva, Корнеева Екатерина Михайловна
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引用次数: 1

摘要

近几十年来,管道因其生态友好、安全和运输盈利能力而被广泛使用。它们的长度可能超过成百上千公里。海底管道分布广泛。它们的建造必须符合监管文件的规定。但即使是它也不能保证在运行过程中不会出现任何问题。本研究包括对不同研究的回顾,与海底管道漂浮问题有关。本文总结了所进行研究的信息及其结论。显示了未来调查的方向。海底管道受到垂直运动(浮动)的影响。为了避免这种情况,采用了管道压载法。本文考虑通过装载袋进行压载。本研究包括对不同研究的回顾,与海底管道漂浮问题有关。进行了正确选择装载袋重量所需的计算,并描述了漂浮的可能原因。这篇文章将对海底管道设计师有用。
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Submarine pipeline stability under currents and waves action
Pipelines are widely used in recent decades because their eco-friendliness, safety and profitability of transportation. Their length can be more than hundreds and thousands of kilometers. Submarine pipelines got wide distribution. Their constructing must comply with regulatory documents. But even it cant guarantee no problems during operation. This study contains review of the different research, connected with floating of a submarine pipeline problem. Information about conducted research and their conclusions is summarized in this paper. Direction for the future investigations is shown. Submarine pipelines are subjected to vertical movement (floating). Pipeline ballasting method is used to avoid this situation. Ballasting by loading bags is considered in this article. This study contains review of the different research, connected with floating of a submarine pipeline problem. Calculations required for the correct selection of the loading bags weight are performed, possible reasons for floating are described. This article will be useful for submarine pipeline designers.
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