Research on Spud Leg’s Driving Depth Prediction and Punch-through Potential Analysis of Jack-up Drilling Platform

机译：自升式钻井平台桩腿行驶深度预测和穿通潜力分析研究

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The jack-up drilling platform is an important equipment for offshorepetroleum industry. Before its operation, local engineering geologysurvey must be carried out for the pile leg standing feasibility analysis.The API RP 2A was adopted before, but the pile leg punch-throughaccidents happened occasionally, which has resulted in cost losses andsafety hazard. To solve this problem, the methods of spud leg’s drivingdepth prediction and punch-through potential analysis have beenresearched. The techniques can be a reference for project design and fieldoperation.

机译：升降钻孔平台是海上的重要设备石油工业。在其运作前，本地工程地质必须对桩腿保持可行性分析进行调查。之前采用API RP 2A，但桩腿穿过事故偶尔会发生，这导致了成本损失和安全隐患。为了解决这个问题，斯普鲁德腿的驾驶方法深度预测和穿透潜在分析研究。这些技术可以是项目设计和字段的参考手术。

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《International Ocean and Polar Engineering Conference;International Society of Offshore and Polar Engineers》|2019年|1056-1061|共6页
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Guoxian Xu; Shujie Liu; Renjun Xie; Gang Tong; Qishuai Yin; Nanding Hu;
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1. Influence of Spud-Can-Soil Interaction Modeling and Parameters on the Reliability Index of Neka Drilling Jack-Up Platform [J] . M. R. Emami Azadi Journal of offshore mechanics and arctic engineering . 2010,第3期

机译：桩-罐-土相互作用模型和参数对Neka钻井平台平台可靠性指标的影响
2. Collision Analysis Between Spudcan and Seabed During the Process of Jack-up Platform Lowering Jack-up Legs [J] . LE Cong-huan, LI Yan-e, HUANG Lei, 中国海洋工程（英文版） . 2021,第005期

机译：Collision Analysis Between Spudcan and Seabed During the Process of Jack-up Platform Lowering Jack-up Legs
3. DESIGN OF JACK-UP PLATFORM FOR 6 MW WIND TURBINE: PARAMETRIC ANALYSIS BASED DIMENSIONING OF PLATFORM LEGS [J] . Dymarski Pawel Polish Maritime Research . 2019,第2期

机译：6 MW风轮机自升式平台设计：基于参数分析的平台腿尺寸
4. Research on Spud Leg’s Driving Depth Prediction and Punch-through Potential Analysis of Jack-up Drilling Platform [C] . Guoxian Xu, Shujie Liu, Renjun Xie, International Ocean and Polar Engineering Conference . 2019

机译：升降钻孔平台潜在潜在分析的Spud腿的驾驶深度预测和冲床研究
5. NONLINEAR ANALYSIS OF TENSION LEG OF TENSION LEG PLATFORM. [D] . CHANG, YI-LONG. 1986

机译：张力腿平台的张力腿的非线性分析。
6. Prediction Model of Soleus Muscle Depth Based on Anthropometric Features: Potential Applications for Dry Needling [O] . Juan Antonio Valera-Calero, Ladislao Laguna-Rastrojo, Fernando de-Jesús-Franco, 2020

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7. Numerical Analysis of Hydrodynamic Characteristics for Various Types of Jack-up Legs [O] . Ji-Seok Kim, Min-Su Park, Weoncheol Koo 2014

机译：各种升降腿流体动力学特性的数值分析

Research on Spud Leg’s Driving Depth Prediction and Punch-through Potential Analysis of Jack-up Drilling Platform

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