典型文献
Hydrodynamic Response of A Fully Coupled TLP Hull-TTR System with Detailed Modeling of A Hydraulic Pneumatic Tensioner and Riser Joints
文献摘要:
Tension Leg Platform(TLP)in deepwater oil and gas field development usually consists of a hull,tendons,and top tension risers(TTRs).To maintain its top tension,each TTR is connected with a tensioner system to the hull.Owing to the complicated configuration of the tensioners,the hull and TTRs form a strong coupled system.Traditionally,some simplified tensioner models are applied to analyze the TLP structures.There is a large discrepancy between their analysis results and the actual mechanism behaviors of a tensioner.It is very necessary to develop a more detailed tensioner model to consider the coupling effects between TLP and TTRs.In the present study,a fully coupled TLP hull-TTR system for hydrodynamic numerical simulation is established.A specific hydraulic pneumatic tensioner is modeled by considering 4 cylinders.The production TTR model is stacked up by specific riser joints.The simulation is also extended to analyze an array of TTRs.Different regular and irregular waves are considered.The behaviors of different cylinders are presented.The results show that it is important to consider the specific configurations of the tensioner and TTRs,which may lead to obviously different response behaviors,compared with those from a simplified model.
文献关键词:
中图分类号:
作者姓名:
HAO Shuai;YU Yang;YU Jian-xing;YUAN Zhi-ming;XU Li-xin
作者机构:
Maritime College,Tianjin University of Technology,Tianjin 300384,China;State Key Laboratory of Hydraulic Engineering Simulation and Safety,Tianjin University,Tianjin 300072,China;Tianjin Key Laboratory of Port and Ocean Engineering,Tianjin University,Tianjin 300072,China;Department of Naval Architecture,Ocean&Marine Engineering,University of Strathclyde,Glasgow G4 0LZ,UK
文献出处:
引用格式:
[1]HAO Shuai;YU Yang;YU Jian-xing;YUAN Zhi-ming;XU Li-xin-.Hydrodynamic Response of A Fully Coupled TLP Hull-TTR System with Detailed Modeling of A Hydraulic Pneumatic Tensioner and Riser Joints)[J].中国海洋工程(英文版),2022(03):451-463
A类:
Tensioner,TTRs,tensioner,tensioners
B类:
Hydrodynamic,Response,Fully,Coupled,TLP,Hull,System,Detailed,Modeling,Hydraulic,Pneumatic,Riser,Joints,Leg,Platform,deepwater,oil,gas,field,development,usually,consists,hull,tendons,top,risers,To,maintain,its,each,connected,system,Owing,complicated,strong,coupled,Traditionally,some,simplified,models,applied,analyze,structures,There,large,discrepancy,between,their,analysis,results,actual,mechanism,behaviors,It,very,necessary,more,detailed,coupling,effects,In,study,fully,hydrodynamic,numerical,simulation,established,specific,hydraulic,pneumatic,modeled,by,considering,cylinders,production,stacked,joints,also,extended,array,Different,irregular,waves,considered,different,presented,show,that,important,configurations,which,may,lead,obviously,response,compared,those,from
AB值:
0.502006
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