浮箱

fú xiāng
  • buoyancy tank
浮箱浮箱
浮箱[fú xiāng]
  1. 本文提出了气垫船船体及动力装置系统振动特性分析方法:用正交异性曲壳单元计算气垫船的主要承力结构&浮箱的振动特性;

    In this paper , a method is presented for dynamic analysis of hovercraft and it 's machinery and propulsion system . The dynamic behavior of the main hull structure of the hovercraft ( buoyancy tank ) is calculated by using the curved orthotropic shell element .

  2. 集成ANSYS的船坞浮箱下水仿真系统

    Simulation System of Ship Launching on Dock Pontoon Integrated With ANSYS

  3. 东海大桥V标辅助墩钢浮箱的计算分析

    Calculation Analysis of Steel Float Coffer for the Construction of Auxiliary Piers in V Section of Donghai Bridge

  4. 船舶下水时浮箱的强度分析

    The Analysis of Float Tank 's Strength during Ship - Launching

  5. 水陆两用液压挖掘机浮箱结构有限元分析

    Finite element analysis for floating tank structure in amphibious hydraulic excavator

  6. 浮箱结构形式对结构重量影响的探讨

    Some considerations on the influence of pontoon type on structural weight

  7. 底敞口充气浮箱研究和试验

    A study and experiments on air-charged floating vessels with open bottom

  8. 浮箱履带式行走装置性能的分析探讨

    Analytical investigation in the performance of floating-box type crawler travel device

  9. 浮箱&水平板式浮防波堤水动力特性研究

    Study on Hydrodynamic Characteristics of Pontoon-plates Type Floating Breakwaters

  10. 没有愚蠢的浮箱,它具有持久的浮力。

    There 're no silly buoyancy tanks it 's permanently , positively buoyant .

  11. 整体式钢浮箱在跨海大桥桥墩施工中的综合运用

    Comprehensive Application of Integral Steel Floating Box in Construction of Pier of Crossing-sea Bridge

  12. 大型浮箱门在动水中的稳定性分析及试验研究

    Study on the Hydrodynamic Stability Characteristics of the Floating Bulkhead and Its Model Testing

  13. 下游常水位后浮箱水力自动控制闸门的设计

    What Learned from Design for Underwater Auto-Control Gate of Floating Pontoon in the Lower Reaches

  14. 浮箱拼组浮墩时接头受力的建模与仿真

    Modeling and Simulation of the Forces on Pontoons ' Joints when Floating Piers Are Assembled

  15. 船闸闸门增设浮箱问题的探讨

    Discussion on lock gate superimposing float chamber

  16. 成功地将造船工艺与传统的闸门制造工艺相结合,用于浮箱钢闸门的制造。

    It is successful to combine the manufacturing of ship and traditional sluice gate together .

  17. 利用多用途浮箱拼组简易铁路轮渡技术

    Combining railway ferry by using multi-purpose pontoon

  18. 本文分析了三角闸门的加固前、增设了直线防撞板与浮箱、增设了折线防撞板与浮箱三种模型。

    The three calculation models of Jianbi lock gate are analyzed , including the initial design model and two reinforced models .

  19. 通过工程实例简单介绍多用途浮箱架设临时性作业平台力学的分析模型与基本方法。

    Analysis models and basic methods are introduced simply to solve mechanics problems of applying multi-purpose pontoons to construct temporary operation flats .

  20. 既解决了大体积浮箱分段拼装问题,又使门体能符合钢闸门制造的规范要求。

    It not only solved fabrication of the large floating camel , but also satisfied the normal requirement of the steel gate .

  21. 浮箱门在动水中运行时,由于门体和水流的耦合作用和边界条件的影响,其受力情况极其复杂,研究手段以物理模型试验为主。

    Because of the complex boundary condition and the fluid-structure interaction , model testing is a very important method of researching in this field .

  22. 建造方法采用钢筋混凝土浮箱整体沉放的新工艺。

    It is a new technology of construction that the whole reinforced concrete floating box is settled down on the bed at one time .

  23. 实验结果表明浮箱的相对板宽和锚链刚度是影响模型运动和锚链力的重要因素。

    Laboratory physical model tests were performed to study the performances of the motion characteristics and the mooring forces of pontoon floating breakwater models .

  24. 为了解决两栖装甲车辆底盘、浮箱表面的磨损腐蚀问题,研制了新型的纯固态聚氨基甲酸乙酯涂料。

    A new-style rapid solidification 100 % solid polyurethane coating is manufactured to solve the remarkable erosion corrosion problem of the chassis and buoyancy compartment in amphibious armored vehicle .

  25. 根据浮箱门启闭速度与门体和岸墙之间撞击力大小的关系,选择合理的动力设备,为设计和工程实践提供可靠依据;

    To provide data for optimum operation schedule analyses of the sluice , the relationship of the impact forces acting on the side wall of the gate and the running speed is studied ;

  26. 作为船坞闸的工作闸门和水工建筑物的检修闸门在静水中使用,浮箱门已被证明是排干船坞、渠道、水电站进水口建筑物水的一种最经济有效方法。

    As dock gate and emergency gate using in standing water , the floating bulkhead has proven to be an effective method for dewatering intakes at dams , dock basin , canals , and hydro plants .

  27. 主要用于船体水线以下部分,集装箱中间漆等钢铁表面的防锈用漆。气垫围裙与船体浮箱联接件非线性有限元仿真及优化设计

    As antirust paint for steel surface of ship hull in immersed areas and as container intermediate paint . Using nonlinear FEM simulation to optimize design of skirt joints on the plenum walls of air cushion vehicles

  28. 船舶下水方式有很多种,从下水设施上可分为船台下水、船坞下水和浮箱下水三种。

    There are many ship launching methods , it can be divided into three types : berth launching , dock launching and pontoon launching according to launching facility , . The force of pontoon from launching ship is transmitted by blocks .

  29. 两栖装甲车辆底盘、浮箱表面的磨损腐蚀情况严重,采用新型的快速固化100%固体含量聚氨基甲酸乙酯涂料技术对其进行综合防护,介绍了该涂料的特点、原理。

    A new-style rapid solidification 100 % solid polyurethane technology was put forward to solve the remarkably erosion-corrosion problem of amphibious armored vehicle chassis and buoyancy compartment . The characteristics , principle , and autoptic application of the coating technology was introduced in detail .

  30. 东海大桥主通航孔主塔墩蜂窝状钢浮套箱平台的设计研究与应用蜂窝型钢筋砼空腹夹层板的试验分析

    Design Study and Application of Cellular - Shaped Floating Steel Coffer Platform to the Construction of Main Pylons in Main Navigation Span of Donghai Bridge