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DEPLOYMENT OF SUBSEA EQUIPMENT IN ULTRADEEP WATER

机译:超泡水中的海底设备部署

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摘要

This paper describes various options to deploy subsea equipment in ultra-deepwater. The methodology used to study the feasibility and cost of the various options is presented. The focus of this paper is the performance of the numerical tools compared with offshore observations. Both offshore measurements and wave tank data are emphasized in this paper in order to validate the numerical model. Two possible contributors to more benign offshore response compared with calculations are: (1) complex subsea package hydrodynamics, and (2) wire rope damping effects. Indications are that internal damping in the very long, and relatively complex, wire ropes used offshore, is a source of significant damping. This damping is helpful in mitigating resonance effects.
机译:本文介绍了在超深水中部署海底设备的各种选项。介绍了研究各种选项的可行性和成本的方法。本文的重点是与海上观察相比,数值工具的性能。本文强调了离岸测量和波浪罐数据,以验证数值模型。与计算相比,两种可能的贡献者更具可能的贡献者是:(1)复杂的海底封装流体动力学,(2)钢丝绳阻尼效果。迹象表明,在很长的内部阻尼和相对复杂的丝网绳索,是近海的,是一个显着阻尼的源泉。这种阻尼有助于缓解共振效应。

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