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深水钻井波浪补偿装置总体技术研究
引用本文:余德泉,李彬,夏海红,朱晓光.深水钻井波浪补偿装置总体技术研究[J].船舶工程,2016,38(4):81-85.
作者姓名:余德泉  李彬  夏海红  朱晓光
作者单位:中国船舶重工集团公司 第704研究所,上海,200031;中国船舶重工集团公司 第704研究所,上海,200031;中国船舶重工集团公司 第704研究所,上海,200031;中国船舶重工集团公司 第704研究所,上海,200031
摘    要:波浪补偿装置是深水钻井平台和钻井船必不可少的核心设备,文章研究了波浪补偿装置的总体关键技术,首先根据高海情海况要求构建目标平台,确定钻井工况,然后完成总体环境载荷分析、平台运动响应分析、原理性设计、总体及分系统技术参数设计等研究工作,最终形成了高海情工况下的完整研究方案,形成了钻井波浪补偿装置总体技术较为全面的研究成果。

关 键 词:高海情  波浪补偿  被动补偿器  主动补偿器
收稿时间:5/9/2016 12:00:00 AM
修稿时间:5/9/2016 12:00:00 AM

Research on Heaven Compensators and TensionerPrinciple Technology
YU De-quan,LI Bin,XIA Hai-hong and ZHU Xiao-guang.Research on Heaven Compensators and TensionerPrinciple Technology[J].Ship Engineering,2016,38(4):81-85.
Authors:YU De-quan  LI Bin  XIA Hai-hong and ZHU Xiao-guang
Institution:Shanghai Marine Equipment Research Institute,Shanghai Marine Equipment Research Institute,Shanghai Marine Equipment Research Institute,Shanghai Marine Equipment Research Institute
Abstract:The Heaven Compensators and Tensioner are the important equipments of deep sea Drilling Rig Packages. The key technologies of principle design were studied in this paper. Firstly, the goal platform model was established and the drilling statue was determined. Then, the environmental loads and platform responses were calculated. The primary design plan was accomplished. The system parameters were decided, too. Finally, the completed principle design plan was achieved. The study results were comprehensive in this research field.
Keywords:harsh environment  heave compensate  passive heave compensator  active heave compensator
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