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aau技术书城--海洋自升式移动平台设计与研究 详情

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海洋自升式移动平台设计与研究

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产品参数:

  • ISBN:9797313049780
  • 编著:孙东昌 潘 斌
  • 出版社:上海交通大学出版社
  • 开本:16开

编辑推荐(即内容提要):

本书概述了海洋自升式移动平台的类型和发展概况,对海洋环境载荷、漂浮稳性、站立稳定性、自升式升降系统等重要设计内容和平台的基本性能进行了深入研究和广泛讨论,并详尽阐述了海洋自升式移动平台的设计原理和设计方法。

本书即可作教学用书,也可作工程技术人员参考书。

目录:

第一章 绪论··································································1

第一节 概述··································································1

第二节 自升式平台的结构型式与操作状况········································7

第三节 移动式平台的设计内容和设计任务书·····································16

第四节 设计的指导原则和设计工作的方法·······································21


第二章自升式平合经济性评信及风险分析········································24

第一节概述·································································24

第二节现代工程经济·························································30

第三节经济评价中的有关参数”················································30

第四节经济风险分析·························································33


第三章移动式平台的重量与重心···············································37

第一节概述·································································37

第二节空平台重量的分析与估算···············································38

第三节可变载荷估算·························································49

第四节重力与浮力的平衡·····················································49

第五节重心估算·····························································51


第四章海洋环境载荷·························································53

第一节概述·································································53

第二节风及风载荷···························································54

第三节波浪与波浪载荷·······················································61

第四节海流及海流载荷·······················································74

第五节海冰与冰载荷·························································76

第六节地震及地震载荷·······················································79


第五章平台总体性能·························································82

第一节概述·································································82

第二节完整稳性·····························································82

第三节破舱稳性·····························································91

第四节站立稳性·····························································95

第五节自升式平台在被浪中的运动·············································98

第六节最小干舷·······························100
第七节阻力·································100

第六章主要专业设备及临时锚泊系统······················106

第一节概述·································106
第二节钻井设备的布置····························106

第三节海上油气集输工艺流程及其设备·····················109
第四节修井及修井设备····························118

第五节临时锚泊系统的设计··························121
第六节锚泊系统静力分析···························123

第七章主要尺度、主要要素确定及总布置设计··················128

第一节概述·································129
第二节自升式平台的设计特点·························135

第三节危险区划分······························139
第四节舱室及梯道的布置···························143


第八章 自升式平台站立稳定性·························143
第二节经典士力学分析的基本方法·······················143
第三节地基承载能力初步分析·························148
第四节人泥分析·······························155
第五节拔桩能力分析·····························162
第六节抗滑能力分析·····························167


参考文献··································176


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