海底工程

  • 网络Subsea Engineering
海底工程海底工程
  1. 近年来水平井由于其在许多领域的应用较垂直井优越得多,因此在地下工程、海底工程和石油工程、污染物修复、水文地质工程中得到了广泛的应用和研究。

    Just for its advantages , horizontal well technology and its research has been widely adopted in fields of underground engineering , submarine engineering , petroleum exploitation , pollutants repairing and hydrogeology engineering .

  2. 随着对海洋资源的开发,大量的海底工程设施应运而生,而对其依托的海底底床稳定性的研究就成为海洋地质和海洋工程学者当务之急的工作重点之一。

    With marine resources explored , large numbers of marine engineering establishments are built . The marine geologists and the engineers focus on the research of seabed stability , on which the constructions are based .

  3. 简述了拱泥机器人的研究背景、基本组成及工作原理,从海底工程性质的角度分析了拱泥机器人工作原理的可行性。

    In the paper , the background , basic consistory and working principles of the move-in-mud robot were related briefly , the feasibility of the working principle of the move-in-mud were explained from seabed engineering quality .

  4. 黄河口粉质土在波浪等循环荷载作用下成分和结构状态可能发生的变化,关系到海底工程地质环境的动态变化及海洋地质灾害孕育发生。

    What is likely to change about the composition and microstructure of the seabed silt under cyclic load like wave load , is related nearly to the seabed 's geology environment and the gestation of the geology disaster .

  5. 通过对浊积层体积规模、发生频率、分布范围以及浊流形成条件的分析,探讨了浊流作用的灾害特点,后者可作为该区环境地质评价及海底工程设计的参考和依据。

    The hazardous characteristics of the trubid flow is discussed based on an analysis of turbidity thickness , occurrence frequency and turbidity distribution , which would be as reference for geological environment evaluation and submarine engineering developing plan in this maritime space .

  6. 黄海是东亚大陆边缘盆地中地震较活跃的地区,历史上多次发生大地震,对海岸和海底工程造成威胁。

    The Yellow Sea is a more active area of strong earthquake in the edge basin of East Asia Continent . Many great earthquakes occurred in the history , and caused a lot of damages to the sea bank and the engineerings at the bottom of the sea .

  7. 加拿大本土至温哥华岛500kV交流海底电缆工程

    500 kV AC Submarine Cable Link from Mainland Canada to Vancouver Island

  8. BZ28-1海底管线工程设计

    Design of Submarine Pipelines

  9. 拟建厦门东通道海底隧道工程位于厦门岛东北端的湖里区五通村与对岸同安区西滨村之间,方向北东NE50°,隧道全长约5.9km,其中海域段长约4.2km。

    Quasi-constructed Xiamen East Passage Submarine Tunnel Construction , NE50 ° in direction and about 5.9 kilometers in the whole length with about 4.2 kilometers ' sea area include , locates between the Wutong Village in Huli Region of northeast end of Xiamen Island and Xibin Village in Tong'an Region .

  10. 海底光缆工程发展20年

    Development of submarine optic cable engineering in the past twenty years

  11. 数字化隧道工程及其在海底隧道工程中的应用

    The digitization for tunnel engineering and its application in subsea tunnel

  12. 海底管道工程中立管的安装方法

    The Riser Installation , Method in a Subsea Pipeline Project

  13. 渤海海底管道工程的现状、特点和问题

    Subsea Pipeline Engineering in Bohai Bay & Present Situation , Characteristics and Problems

  14. 海底隧道工程设计施工若干关键技术的商榷

    Discussion on some key technical issues for design and construction of undersea tunnels

  15. 海洋路由勘测对海底光缆工程的影响分析

    Analysis of Effect of Marine Route Survey on Submarine Fibre - optic Cable Engineering

  16. 海底光缆工程设计简介

    Brief Introduction on Engineering Design of Submarine Cable

  17. 此外,还探讨了挠性软管在渤海海底管道工程中可以应用的几个方面。

    And researches into several applications of flexible pipe in Bohai submarine pipeline engineering .

  18. 海底隧道工程对海洋环境的污染方式、特点及防治

    Ways , Characteristics and Prevention of Pollutions from Cross Harbour Tunnels to Marine Environment

  19. 定向钻穿越在海底管道工程中的应用

    Application of HDD to Offshore Pipeline Project

  20. 本文的部分研究成果直接应用到了厦门海底隧道工程。

    Part of the research achievement has been directly applied in Xiamen subsea tunnel project .

  21. 我国第四纪地质科学应用的新领域&海底光缆工程路由勘察

    A new application area of Quaternary Geology in china : submarine FIBERS-OPTIC cable route survey

  22. 为降低海底管道工程造价广开思路

    Open-Minded for Cost Reduction of Subsea Pipelines

  23. 海底隧道工程盾构始发井水下封底混凝土施工

    Construction Technology of Underwater Concrete Casting for Bottom-sealing of Launch Shaft of a Sub-sea Shield-driven Tunnel

  24. 因此,合理确定注浆圈的厚度及渗透系数等参数是海底隧道工程中一个亟待解决的问题。

    The appropriate parameters of grouting circle are the key issue to the design of subsea tunnel .

  25. 波浪引起的海床变形和稳定性问题是海底管线工程设计中必须考虑的关键问题之一。

    Wave-induced deformation and destabilization of seabed is a key question for geotechnical engineers involved in design of submarine pipelines .

  26. 该项设计反映出我国当前在海底管线工程领域的设计能力和水平。

    At present this design represents the design capability and level in the domain of the submarine pipeline engineering of China .

  27. 以青岛海底隧道工程为依托,本文进行了温拌沥青混合料在隧道内的应用研究。

    Application research of warm mix asphalt used in tunnel pavement is done relying on Qingdao undersea tunnel project in this paper .

  28. 文章介绍了第四纪地质学的一个新的应用领域&海底光缆工程路由勘察。

    In this paper , a new application area of Quaternary geology , the submarine fiber optic cable route survey is introduced .

  29. 结合某海底隧道工程,介绍了沉管隧道对接的测量理论和方法。

    The measurement theory and method for submersed tube to be joined together are introduced and applied to one undersea tunnel engineering successfully .

  30. 依托于青岛胶州湾海底隧道工程,本文开展隧道变形分析和围岩稳定性研究,具有重要的理论和实践意义。

    Based on Qingdao Jiaozhou Bay subsea tunnel project , it has important meaning in theory and practice to research the deformation and stability of the surrounding rock .