Hydrostatic Collapse of Pipelines In Ultra-Deep Waters

机译：超深水管道的静水压塌

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The recent proliferation of deepwater pipelines has been aided by the understanding developed in the lastrntwo decades of the U-O-E manufacturing process related specifically to line pipe collapse resistance. Byrn2003, there will be several 24 to 28 inch diameter pipelines constructed in water depths exceedingrn2,000 m. Other projects planned for 3,500 m water depths are in the feasibility phase. Ultra-deepwaterrnprojects are rapidly accelerating towards the maximum water depth of 5,000 m in the Gulf of Mexico.rnTechnology development issues central to the long-term feasible design of future ultra-deepwaterrnpipelines are identifiable, and offer potential cost savings for deepwater pipelines being designed today.

机译：在最近的二十年中，U-O-E制造过程特别是与管线抗塌陷性相关的理解为深水管道的扩散提供了帮助。到2003年，将有几条24至28英寸直径的管道在水深超过2,000 m的地方建造。计划在3500 m水深处进行的其他项目处于可行性研究阶段。墨西哥湾的超深水项目正在迅速加速发展，最大水深达到5,000 m。rn可以确定未来超深水管道长期可行设计的核心技术发展问题，并为当今正在设计的深水管道节省潜在成本。

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来源
《Deepwater reality - ultradeep potential》|2000年|p.1-4|共4页
会议地点 New Orleans LA(US)
作者
Ronald Tucker; Christophe K W Tam;
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作者单位

INTEC Engineering BV, Delft, The Netherlands;

INTEC Engineering Inc., Houston, Texas, U.S.A;

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会议组织
原文格式 PDF
正文语种 eng
中图分类深海工程、近海工程;
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3. Improved estimation of ultra-deep water pipe collapse pressures by using extreme value theory [J] . Heffernan Janet E., Walker Alastair, Liu Ping Quality engineering . 2019,第1a4期

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4. HYDROSTATIC COLLAPSE PRESSURE AND RADIAL COLLAPSE FORCE COMPARISONS FOR ULTRA-DEEPWATER PIPELINES [C] . Marco A. P. Rosas, Marcos V. Rodrigues, Ana Paula F. Souza, ASME international conference on ocean, offshore and arctic engineering . 2014

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Hydrostatic Collapse of Pipelines In Ultra-Deep Waters

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