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Computational tool enables cost-effective offshore floater design

机译:计算工具可实现经济高效的海上浮子设计

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Offshore floating platforms are complex engineering systems, with numerous design challenges for the engineer, from the perspective of safety, reliability and longevity. Among their various applications, floating platforms are the lifeline of offshore oil and gas production. These platforms are subject to extreme environments, ranging from harsh waves to hurricane-strength winds, over a long period of time; ensuring platform and occupant safety is of paramount concern to the designer. This article details the deployment of numerical simulation at Technip, in the design spiral for offshore platforms for cost-effective, faster, efficient design.
机译:海上浮动平台是复杂的工程系统,从安全性,可靠性和寿命的角度来看,对工程师而言面临着众多设计挑战。在其各种应用中,浮动平台是海上石油和天然气生产的生命线。这些平台在很长一段时间内都受到极端环境的影响,从苛刻的波浪到飓风的强风,不一而足。确保平台和乘员的安全是设计师最关心的问题。本文详细介绍了Technip在离岸平台的设计螺旋中如何进行数值模拟,以实现经济高效,更快,更高效的设计。

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