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Systematic Riser Design Methodologies for Concurrent Engineering of Fast-Track Offshore Projects

机译:快速通道海上项目并发工程的系统立管设计方法

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The offshore industry has been progressively reducing therntime between discovery of a reservoir and first oil recovery.rnTechnological advances as well as Concurrent Engineering ofrnvarious system components have played a critical role inrnreducing project duration. This paper presents riser systemrndesign methodologies developed to reduce project executionrntime with minimal technical and commercial risk to riserrncomponents as well as to the overall project. The methodsrnlargely depend on synchronizing interfaces among the variousrnproject disciplines as well as ability to anticipate, prepare, andrnadapt to the ever-changing design requirements. Informationrnflow in a Concurrent Engineering design environment isrnalso discussed.
机译:海洋工业一直在逐渐减少发现油藏和首次采油之间的时间。技术进步以及各种系统组件的并发工程在缩短项目工期方面发挥了关键作用。本文介绍了立管系统的设计方法,旨在减少立管组件以及整个项目的技术和商业风险,从而减少项目执行时间。这些方法主要取决于各个项目学科之间的同步接口以及对不断变化的设计要求进行预测,准备和适应的能力。还讨论了并行工程设计环境中的信息流。

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