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HOW RELIABILITY BASED DESIGN CAN INCREASE OPERATING WINDOW FOR 20K DRILLING RISERS

机译:基于可靠性的设计如何增加20K钻孔立管的操作窗口

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The objective of this paper is to answer the questions posed and in doing so create an awareness of the necessity to use reliability based design when looking at vessel operating windows rather than working stress design which has been used for marine drilling riser analysis and design for many decades. In answering, this paper presents several case studies of drilling riser stresses and operating windows when drilling to access reservoirs with pressure greater than 15,000 psi and up to 20,000 psi. This paper examines the need for full and proper use of a more probabilistic design over working stress design for a set of water depth, subsea equipment, environments and loading conditions.
机译:本文的目的是回答提出的问题,并在寻找船舶操作窗口而不是用于船用钻井提升机分析和设计时使用基于可靠性的设计的必要性,了解基于可靠性的设计的必要性。几十年。在回答时,本文介绍了钻孔提高钻井胁迫和操作窗户的几个案例研究,以便钻入压力超过15,000 psi的储存器,高达20,000 psi。本文介绍了对一套水深,海底设备,环境和装载条件的工作应力设计更加概率设计的需求。

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