floating crane

英 [ˈfləʊtɪŋ kreɪn] 美 [ˈfloʊtɪŋ kreɪn]

水上浮式起重机,浮动吊车;浮吊

化学



双语例句

  1. A Method of Multi-layers Safety Protection of the Large Floating Crane Simulation of self-removable counterweight of crawler crane
    巨型起重船起重机多重安全保护方法
  2. Finally, it is concluded how to optimize the design of ballast tanks for a large floating crane.
    最后,归纳出如何优化设计大型起重船的压载舱。
  3. The floating crane will come here tomorrow.
    浮吊将在明天来这里。
  4. Hull structure design and strength evaluation of large floating crane
    大型浮吊船体的结构设计和强度评估
  5. Simulative Research on the Reliability of Control System of Floating Crane
    大型浮吊控制系统可靠性分析与仿真
  6. Installation of Tower Crane Used in Cantilever of CCTV Main Building floating crane for erection work
    CCTV主楼悬臂部位大型塔式起重机安装技术建筑安装用浮式起重机
  7. Please swing the derricks at Hatch No.3 to the shoreside because our floating crane will come alongside to unload the heavy lifts.
    请把三舱吊杆移到里档,因为我们的浮吊要到外档卸重件。
  8. Floating crane for erection work power station tower crane
    建筑安装用浮式起重机电站建设塔式起重机
  9. My suggestion is that you should use a floating crane to lift the two equipments.
    我的建议是你们应当用浮吊来搬这两台设备。
  10. Limited slewing floating crane rotary table type surface treatment machine
    非全回转浮式起重机回转盘式表面处理机
  11. Safety rules for port floating crane
    GB14734-1993港口浮式起重机安全规程
  12. Diesel-electric floating crane power-driven lifting appliance
    内燃电力浮式起重机动力推动式起重机械
  13. Electrically suspended vacuum gyroscope diesel-electric floating crane
    静电悬浮真空陀螺仪内燃电力浮式起重机
  14. Especially where terminals, waterway and floating crane can not be used, it can be applied to reduce shipment cost greatly.
    尤其在码头、航道和浮吊调遣都有困难的情况下,采用该技术可以大幅度降低装卸船费用。
  15. The finite element model of metal structure of 1300 t floating crane is built with ANSYS software. Characteristics, load calculation and load combinations of the crane are discussed. This paper provides a theoretical basis for crane metal structure design.
    利用ANSYS软件建立1300t浮式起重机金属结构有限元分析模型,并针对其特性、载荷计算及载荷组合进行了分析,为其金属结构的设计提供了理论基础。
  16. The construction method and the experiences for building this bridge within the deep water by using the floating crane are described in this paper.
    对水上浮吊的组成结构、拼装和使用方法作了详细阐述。
  17. The advanced hoisting technique and control method of prefabricated box girder over sea including spreader gear design, floating crane improvement and transport barge have been expounded in details.
    详细阐述了预制箱梁海上新的吊装工艺和控制方法,包括吊具设计、浮吊改造、运输驳改造。
  18. It solved effectively the problems including limited rope capacity of windlass, restricted stroke of hydraulic jack and restricted floating crane capability.
    该技术的应用有效地解决了整体滑移装船卷扬机受容绳量限制、液压千斤顶受行程限制及海上整体吊装受浮吊能力限制的问题。
  19. Application of 400 kn floating crane in construction of bridge within deep water
    在深水大桥施工中400kN水上浮吊的使用
  20. Design and Application of 200t Portal Floating Crane
    200t门式浮吊的设计与应用
  21. The design and implementation of caisson's integral launching through translatory moving by gasbag and craning by floating crane barge, together with the economic benefit are discussed.
    叙述了气囊平移、浮吊整体吊运沉箱下水施工工艺的方案设计和实施及给工程施工带来的经济效益。
  22. Select a large floating crane as calculation model, analyze the dynamic response of the hanging object system caused by ship motion.
    选取某大型起重船作为计算模型,使用本文研究的方法,重点分析由船体运动引起的吊物系统动力响应。
  23. New design methods and design technicals for the rotary floating crane has started to come up because the traditional design method cannot meet the requirements of customers.
    而单纯的以传统的设计方法和设计手段以不能很好的满足客户的要求,因此新的设计方法和手段开始不断的出现。
  24. As a special project ship, Large floating crane have been widely used in offshore oil development, large-scale offshore engineering, coastal and installation of wind power and other salvage operations.
    大型浮式起重机(简称浮吊)作为特殊工程船舶,在海洋石油开发、大型海上工程、沿海风电设备安装和海难救助等作业中得到广泛运用。
  25. On this basis, a large floating crane boom structure for real-time monitoring system of the actual situation on the hardware platform, software platform to analyze, build the system structure, to achieve complete system functionality.
    以此为基础,针对大型浮吊臂架结构实时监测系统的实际情况,对硬件平台、软件平台进行分析,搭建出系统结构,完成系统功能实现。