钻井船

zuàn jǐnɡ chuán
  • drill ship
钻井船钻井船
  1. 一些成本的上升幅度更大:4年前,一艘深海钻井船的日租金可能是12.5万美元,如今已升至60万美元以上&前提是你能找到。

    Some costs have risen even more : a deep-water drill ship might have cost $ 125,000 per day to rent four years ago . Today it goes for more than $ 600,000 per day – if you can find one .

  2. 基于波浪谱与钻井船RAO的钻井船运动模拟

    Vessel Motion Simulation Based on Wave Spectrum and Drilling Vessel RAO

  3. 对所要研究钻井船的基本情况予以描述,并应用CATIA软件建立钻井船的三维数字样船。

    The basic information of the drillship is described and the 3D numeric sample ship is built in the CATIA software . 3 .

  4. 钻井船结构应力实测中的误差分析与处理方法

    Analysis and Handling of Errors During Stress Measurement of Drilling Platform

  5. 用钻井船沉垫贮油的可行性

    The Feasibility Study of Crude Oil Storage in Underwater Rig Mat

  6. 钻井船桩靴的拔出对筒型基础平台地基的影响分析

    Influence of Pile Shoe Pulling Out on Fundation of Bucket Foundation Platform

  7. 爪哇海号钻井船遇难分析及建议

    An Analysis of the Shipwreck of Glomar Java Sea

  8. 自力号钻井船吊车底座及支撑结构的强度测试分析

    Strength Testing & Analysis on Crane Base and Support Structure in a Drilling Ship

  9. 钻井船抛锚导航及钻机定位程序设计

    The programming for the anchoring of the drilling ship and navigation locating of the rig

  10. 钻井船实测中的若干技术问题

    Some technical problems in measurement of drillships

  11. 移动式近海钻井船构造和设备规则浮动装置(不包括船舶和钻井平台或生产平台)

    Code for mobile offshore drilling units floating structure ( excl. vessels and drilling or production platforms )

  12. 耐层状撕裂钢用于石油钻井船和原油生产平台。

    Steel with lamellar tear resistance is used in oil drilling ships and crude oil production platforms .

  13. 本程序使用彩色显示器帮助钻井船抛锚导航及钻机定位。

    This program helps the drilling ship to cast anchors and locate the rig by the aid of color display .

  14. 不动管柱酸化采用平台支撑酸化作业,无需动用钻井船,残酸使用电潜泵返排并直接进入生产流程处理。

    The operation can be done on platform without drilling ship , the acid flowback is also be treated by original ESP.

  15. 在钻井船上,一个有华丽装饰的俱乐部挤满了饮酒作乐的人,水面映着光亮。

    19 A clubhouse built on a floating barge is gaily decorated , and crowded with revelers ; the water reflects its lights .

  16. 自升式钻井船桩脚插入深度计算广州北郊岩溶地区桩基症害的成因及对策

    Calculation of Penetration Depth of Jack-up Leg Footing The Causes and Countermeasures of Pile Footing Accidents in Karst Region of Guangzhou North Suburb

  17. 自升式钻井船升船作业时,桩脚基础遇到砂-粘层状地基,即存在潜在刺穿的危险。

    In pile foundation of the rig drilling ship had the potential danger of punch throngh when the working ship meeting sand clay layered foundation .

  18. 重点研究了钻井船运动、顶部张紧力和隔水管单根壁厚对隔水管疲劳损伤的影响。

    The effect of drilling vessel motion , top tension and wall thickness of the riser joint on fatigue damage of drilling riser is mainly investigated .

  19. 在深水及恶劣环境海域,锚泊系统作为平台或钻井船定位装置,显得至关重要。在深水钻井中,锚泊系统的锚链长,尺寸大,对应的强度也大。

    In the deep water and bad surrounding ocean , it is very important that the anchor system severed as the located equipment of the platform or drilling boat .

  20. 列出双井架平台和钻井船和使用双井架主要的结构形式,选择合适的井架拓扑结构。对双井架使用状况分析,完成井架参数的初步设定。

    List the semi-submerged platform and drill-ship that equipped dual derrick , also the main form of dual derrick . Select the proper topology structure and finish initial setting of parameters .

  21. 提出了时域内采用ABAQUS/Aqua软件进行随机波浪与钻井船运动作用下深水隔水管动力分析的方法。

    An approach is proposed for calculating the nonlinear dynamic response of deepwater drilling risers subjected to random wave and vessel motion with finite element solver ABAQUS / Aqua in time domain .

  22. 钻井船作为海洋石油能源开发的主要工具,由于其主要由钢铁材料制成,在海洋环境中腐蚀现象严重,主要承受海水和海洋大气的腐蚀。

    As the main tool to the exploration of the energy under the sea , due to it is made of steel , the drill boat suffers seriously corrosion in the atmosphere of sea environment .

  23. 周一晚上,库鲁克号在穿越冬季风暴被拖回西雅图的途中,这艘钻井船从拖绳上滑脱,搁浅在一座荒岛上。

    On Monday night , as the kulluk was being towed back to Seattle during a severe winter storm , the drilling vessel broke free from a tow line and ran aground on an uninhabited island .

  24. 就港海1号钻井船结构应力海上实测过程中所遇到的一些实际问题,提出了具有工程意义的措施,测试结果表明这些措施是有效的。

    It is proposed in this paper some measures of engineering significance according to some real problems encountered during field measurement of " Gang Hal 1 " drilling platform . The results show these measures are effective .

  25. 化学镀镍的废镀液中存在镍的络合物,直接排放废镀液,会对环境造成污染。海洋石油钻井船、钻井平台和采油平台的含油污水和油性混合物,不得直接排放;

    There are some nickel complex compounds in the waste liquid of electroless nickel deposition . Oil-polluted water and oil mixtures from offshore oil rigs , drilling platforms and oil extraction platforms may not be directly discharged into the sea .

  26. 悬挂隔水管动力分析的第一步是确定钻井船的动态升沉响应,硬悬挂模式计算隔水管柱最大允许海况的准则是隔水管无压缩载荷。

    The first step in dynamic analysis of the hung-off riser is to determine the vessel heave motion . The calculation of the maximum permissible sea state for a drilling riser string in a hard hang-off configuration is generally based on a criterion of no compressive loading .

  27. 造价昂贵的深水钻井船具有月池大开口,结构十分复杂;它常年作业于深水海域,海洋环境相当恶劣,一旦发生事故,必将造成人员和财产的巨大损失。

    The expensive deepwater drillship , which has a quite complex structure because of its large openings , moonpool , always works in deep sea area in which the ocean environment is very severe . Severe casualties and great property losses will be caused in case of an accident .

  28. 随着技术的进步,半潜式钻井平台和钻井船不断更新换代,额定作业水深和钻深能力相应增大。

    Continued technological advances are pushing the rated depth of underwater operation and drilling capacity to record highs .

  29. 截至2006年7月初,全球有103座深水半潜式钻井平台和33艘深水钻井船,它们主要分布于美国墨西哥湾、北海、巴西和西非海域。

    There were 103 semi-submersible and 33 submersible deep-water drilling vessels in the world by early July , 2006 , located primarily in the Gulf of Mexico , the North Sea and offshore Brazil and West Africa .

  30. 钻井立管的设计直接影响到钻井船设计和海洋油田开采计划。

    Both drilling ship design and offshore oil field exploration program are directly affected by the design of drilling riser .