悬链式锚泊装置液压隔断系统工程设计及分析
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摘要
根据当前悬链式锚腿系泊装置的自主研发及国产化研究需要,结合已有开发项目的工程实践经验,对液压隔断系统的总体技术方案、设计要点、出厂合格测试要求进行了总结和阐释;在此基础上,基于工程系统仿真软件SimulationX,搭建了液压隔断系统的仿真分析模型,对关键设备,如蓄能器组、脐带缆的规格设计准确性以及整套系统的功能匹配性进行了动态特性分析及计算机仿真验证。研究结果可为后续相关海洋工程装备的自主研发及工程应用提供有益的借鉴。
According to the current independent research and development and the research needs of localization of catenary anchor leg mooring device, combined with existing engineering practice experience of development projects, the overall technical scheme, the critical points of engineering and factory acceptance test requirements of the hydraulic isolation system are summarized and explained. On this basis, based on the engineering system simulation software SimulationX, the simulation analysis model of the hydraulic isolation system is built, and the dynamic characteristics analysis and computer simulation verification are carried out on the specification and design accuracy of key equipment, such as accumulator rack and umbilical size, as well as the function matching of the whole system. The research results can provide useful reference for the subsequent independent research and development and engineering application of relevant ocean engineering equipment.
According to the current independent research and development and the research needs of localization of catenary anchor leg mooring device, combined with existing engineering practice experience of development projects, the overall technical scheme, the critical points of engineering and factory acceptance test requirements of the hydraulic isolation system are summarized and explained. On this basis, based on the engineering system simulation software SimulationX, the simulation analysis model of the hydraulic isolation system is built, and the dynamic characteristics analysis and computer simulation verification are carried out on the specification and design accuracy of key equipment, such as accumulator rack and umbilical size, as well as the function matching of the whole system. The research results can provide useful reference for the subsequent independent research and development and engineering application of relevant ocean engineering equipment.
引文
[1] 罗晓健,张爱霞,李绂.单点系泊系统设计思路及原则[J].中国海洋平台,2013(4),19-24.Luo Xiao-jian,Zhang Ai-xia,LiFu.The Principles and Ideas For Single Point Moorings Design[J].China Offshore Platform,2013(4),19-24.
[2] 何明.悬链锚腿系泊装置的结构特点及安装和检查方法的探讨[J].中国海洋平台,2000(3),41-44.He Ming.Discussion on the structural characteristics,installation and inspection methods of catenary anchor leg mooring device[J].China Offshore Platform,2000(3),41-44.
[3] 刘生法.单点系泊系统关键技术探讨[J].中国海洋平台,2012(2),39-43.Liu Sheng-fa.The critical technology of single point mooring system[J].China Offshore Platform,2012(2),39-43.
[4] American Sosiety of mechanical engineers.ASME B31.3.Process piping[S].2008.
[5] 刘宝生.SimulationX多学科建模和仿真工具[J].CAD/CAM与制造业信息化,2009(9):34.Liu bao-sheng.Multidisciplinary modeling and simulation tool:SimulationX[J].CAD/CAM and modernization of manufacturing industry,2009(9):34.
[6] International organization for standardization.ISO 4406.Hydraulic fluid power-fluids-method for coding the level of contamination by solid particals[S].2017.
[2] 何明.悬链锚腿系泊装置的结构特点及安装和检查方法的探讨[J].中国海洋平台,2000(3),41-44.He Ming.Discussion on the structural characteristics,installation and inspection methods of catenary anchor leg mooring device[J].China Offshore Platform,2000(3),41-44.
[3] 刘生法.单点系泊系统关键技术探讨[J].中国海洋平台,2012(2),39-43.Liu Sheng-fa.The critical technology of single point mooring system[J].China Offshore Platform,2012(2),39-43.
[4] American Sosiety of mechanical engineers.ASME B31.3.Process piping[S].2008.
[5] 刘宝生.SimulationX多学科建模和仿真工具[J].CAD/CAM与制造业信息化,2009(9):34.Liu bao-sheng.Multidisciplinary modeling and simulation tool:SimulationX[J].CAD/CAM and modernization of manufacturing industry,2009(9):34.
[6] International organization for standardization.ISO 4406.Hydraulic fluid power-fluids-method for coding the level of contamination by solid particals[S].2017.