The structure design of extending the water depth of the self platform

Peng Fu, Shu-geng Yang, Xiaoqiu Song
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Abstract

Aiming at the pressing issues of shorting in the drilling equipment when exploitation in deep water in the South China Sea, in the paper, a new model of upgrade about self-drilling platform was present. According to the prototype of existing self platform, a new type of underwater support structures was designed with bucket foundation that could be moved and reused, which led to economy and structural advantages. Finite element method was being used in this thesis to finish the Structural Analysis to assure its strength, while Performance Analysis of the overall model was carried out to assure its stability, to meet requirements to extending the water depth of the self platform, which was of great significance to the exploitation of ocean oil in the South China Sea.
扩展自平台水深的结构设计
针对南海深水钻井设备存在的问题,提出了一种新型自钻平台的升级改造模式。在现有自平台原型的基础上,设计了一种新型的可移动、可重复使用的桶形基础水下支撑结构,具有经济和结构优势。本文采用有限元法完成了结构分析,以保证其强度,同时对整体模型进行了性能分析,以保证其稳定性,以满足自平台扩大水深的要求,这对南海海洋石油的开发具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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