深水钻井隔水管,deepwater drilling riser
1)deepwater drilling riser深水钻井隔水管
1.Time-domain nonlinear dynamical analysis ofdeepwater drilling riser;深水钻井隔水管时域非线性动态响应分析技术研究
英文短句/例句
1.Coupled System Analysis for a Deepwater Drilling Riser深水钻井隔水管耦合系统分析(英文)
2.The method for configuration of deepwater drilling riser buoyancy modules深水钻井隔水管浮力块配置方法研究
3.Study on the Hydraulics and Technology of Lifting Cuttings in Riser of Deepwater Drilling深水钻井隔水管内携岩水力学及工艺研究
4.Strength Assessment for Deepwater Drilling Riser and Engineering Application深水钻井隔水管强度评价方法及应用研究
5.Drilling riser dynamic characteristics of marine deep water海洋深水钻井隔水管系统动力特性分析
6.The progress of new deepwater drilling riser technology and proposal of its application in South China Sea新型深水钻井隔水管技术进展及在我国南海应用的建议
7.Method for optimizing the VIV monitoring sensor locations on deepwater drilling riser深水钻井隔水管涡激监测传感器位置优化方法研究
8.Axial direction dynamic analysis on ultra deep-water drilling riser under setting down and recovery operations下放或回收作业状态下超深水钻井隔水管轴向动力分析
9.Research on wave-loading fatigue of drilling riser in ultra-deep water drilling超深水钻井系统隔水管波致疲劳研究
10.Study on the riser storage model and operation efficiency of semi-submersible offshore drilling platform深水半潜式钻井平台隔水管存储形式及作业功效研究
11.RESEARCH ON STORAGE FORMAT OF MARINE FORMAT ON SEMI-SUBMERSIBLE PLATFORM半潜式钻井平台隔水管存放形式研究
12.Vibration Characteristic Research of Drilling Riser Based on Pipe-soil Model;基于管土模型的钻井隔水管振动特性研究
13.Analysis on Mechanical Stability of Subsea Wellhead and Bearing Capacity of Conductor for Deepwater Drilling深水钻井井口力学分析及导管承载能力研究
14.Safety Assessment on Vortex-induced Vibration of Marine Drilling Riser System;海洋钻井隔水管系统涡激振动安全评估研究
15.Optimization study of drilling riser guiding holes海上钻井隔水导管导向孔位置优化研究
16.Influence of convex structure on drilling riser construction海上隔水导管插接结构对钻井施工的影响
17.HORIZONTAL WELL DRILLING TECHNOLOGY USED IN HIGH-PRESSURE DEEP WELLS IN KAZAKSTAN哈萨克斯坦高压深井水平井钻井技术
18.Analysis on lateral load-bearing capacity of conductor and surface casing for deepwater drilling深水钻井导管和表层套管横向承载能力分析
相关短句/例句
Drilling riser钻井隔水管
1.Study on nonlinear dynamic response of deepwater drilling riser with vessel motions;平台运动下深水钻井隔水管非线性动力响应研究
2.Safety Assessment on Vortex-induced Vibration of Marine Drilling Riser System;海洋钻井隔水管系统涡激振动安全评估研究
3.Method for optimizing the VIV monitoring sensor locations on deepwater drilling riser深水钻井隔水管涡激监测传感器位置优化方法研究
3)drilling riser钻井隔水导管
1.Study on driving depth calculation method ofdrilling riser under group pile interaction;群桩作用下钻井隔水导管入泥深度计算方法研究
2.Lateral vibration performance ofdrilling riser and its impact to drilling operation;海上钻井隔水导管横向振动特性及其对钻井作业的影响
3.Optimization study ofdrilling riser guiding holes海上钻井隔水导管导向孔位置优化研究
4)marine drilling riser海洋钻井隔水管
1.Study of adaptability evaluation technology ofmarine drilling risers;海洋钻井隔水管适用性评价技术研究
5)riserless drilling无隔水管钻井
6)deep water drilling深水钻井
1.Analysis of axial load influence on mechanics characteristic of oceandeep water drilling riser;轴向载荷对海洋深水钻井隔水管力学特性的影响分析
2.Achievements ondeep water drilling fluid research;海洋深水钻井钻井液研究进展
3.As more and more oil and gas resources are discovered in deepwater worldwide,thedeep water drilling has become more and more in recent years.从目前国内外深水钻井实践出发,对深水的钻井设备、定位系统、井身结构设计、双梯度钻井技术、喷射下导管技术、动态压井钻井技术、随钻环空压力监测、钻井液和固井工艺技术和钻井隔水管及防喷器系统等关键技术进行了阐述,对深水的钻井设计和施工进一步向深水钻井领域发展具有重要导向作用。
延伸阅读
钢筋混凝土循环水管施工钢筋混凝土循环水管施工reinforced concrete circulating water pipe constructiongongjln hunn一ngtu xunhuanshu一guan sh一gong钢筋混凝i循环水管施工(reinforced con-erete eireulating water pipe eonstruetion)有现浇和预制两种施工方法。现浇管在挖沟完后,在沟内分段浇筑。预制预应力管在工厂制作,再运到现场敷设。预制管工厂的设备比较简单,如工程地点离工厂较远而该种管子数t多时可将设备搬到现场制造。管子的直径可达3m甚至更大,长度一般为4m。预制预应力钢筋棍凝土管预制,可用一阶段(展动挤压)工艺或三阶段(管芯绕丝)工艺施工。一阶段工艺系用申立式成型,用加工精密的内外钢套模组合定型,将主钢筋张拉完成后,即浇筑混凝土一次成型,经静定时间后蒸汽养护.三阶段工艺系按上法先浇制混凝土管芯,成型后再在管芯上缠绕预应力钢丝,用机械或电热法张拉,然后再喷盖水泥砂浆保护层,以防钢丝生锈,经水压试验合格后出厂使用。数设带承插口的钢筋混凝土预制管挖沟徽设.平口对接的钥筋混凝土预制管除挖沟徽设外,还可采用顶管施工(见取水构筑物施工)。挖沟后按设计规定在沟底铺一层黄沙或石子,再用起重机械将预制管逐节吊人沟内、找正位!,在插口上套上橡胶密封圈后,往前一节的承口方向水平加力拉紧,使插口和橡胶圈同时均匀地嵌人承插口内,按此步探依次进行下一节管的安装.橡胶圈本身的直径略大于承插口间尺寸,并有规定的压缩比及防老化剂。在承擂口内侧采用钢衬圈和密封环进行环向水压试验.水压试验的标准按设计和规范要求。安装后进行回坟土,要求在两侧均匀回填分层夯实。预应力钢筋混凝土管自重较大,在软土地区使用时要做混凝土基础。