承船厢

chéng chuán xiāng
  • ship reception chamber
承船厢承船厢
承船厢[chéng chuán xiāng]
  1. 三峡升船机承船厢浅水船波自然频率的研究

    Natural Frequencies of Shallow Water Waves in the Ship Reception Chamber of a Ship Lift

  2. 位置检测器件(PSD)在承船厢水平偏差测量中的应用

    The Application of Position Sensing Device ( PSD ) in Measurement of Horizontal Deviation of Vessel Supporting Carriage

  3. 介绍采用位置敏感检测器件(PSD)及微机技术测量承船厢的水平偏差程度。

    The Horizontal detection for the vessel supporting carriage by using position sensing device ( PSD ) and microcomputer technology is introduced .

  4. 采用索佳全站仪对承船厢充水1.9m深时的变形状态进行了观测,实测结果与有限元分析结果规律相符,数值接近。

    The deformation of the ship chamber filled with ( 1.9 m ) depth of water was measured using the total station instrument . The measured results are in good agreement with computed data .

  5. 船舶进出承船厢水力特性试验

    Test on hydraulic characteristics of ship passing through the chamber

  6. 升船机承船厢有效尺度的分析

    Effective dimension analysis on ship carrying chamber of ship lift

  7. 垂直全平衡升船机承船厢的稳定性分析

    Chamber stability of hoisting fully balancing type vertical ship lift

  8. 升船机承船厢水动力特性试验研究

    Experimental study on hydrodynamic characteristics of ship lift chambers

  9. 介绍了卧倒门启闭过程中承船厢内的水力特性和动力特性。

    Hydraulic and dynamic characteristics of chambers with tumble gate operating were presented .

  10. 简要介绍了垂直升船机提升机构的常用型式,探讨了卷扬全平衡式升船机承船厢的稳定性。

    This paper introduces briefly the common types of lifting mechanism in vertical ship lift .

  11. 卧倒门承船厢内水面最大升降值神经网络计算模型

    Neural network models of maximum fluctuation of water surface in ship lift chamber with tumble gate operating

  12. 升船机考虑塔柱与承船厢中水动力耦联的地震响应分析

    Analysis of Seismic Response on Shiplift Considering Dynamic Coupling of the Tower and Water in the Ship Box

  13. 文中阐述了承船厢结构不同计算方法的具体区别,并对采用不同计算方法得出的成果进行比较分析。

    This paper elaborated the concrete difference of several computational methods , Compare and Analyse the result of different metnods .

  14. 测试结果表明,所建立的神经网络模型可用于卧倒门启闭时承船厢内水面最大升降值的初步预测。

    And the result indicates that the models may be applied to forecast maximum water level fluctuation in ship lift chamber with tumble gate operating .

  15. 在不考虑重力波的情况下,导出了承船厢作纵倾运动时的水动压力计算公式;

    Without considering gravity wave effect , the formula of calculating the dynamic water pressure during the ship chamber longitudinal dip motion has been derived .

  16. 结合国内的部分研究成果以及国内外的工程实践,初步提出了承船厢尺度的确定原则。

    Based on some study results and practical works both at home and abroad , the principle to difinite the dimension of the ship carrying chamber are proposed .

  17. 本文对三峡工程中的实际船进入承船厢时船的附加质量系数进行了计算。

    The added mass of the ship of Three Gorges project is also computed and the curves of the added mass coefficient via the different water domain are obtained .

  18. 本文研究的是三峡升船机中船在进出承船厢时的附加质量问题,该问题是属于物体在有限域中运动的附加质量问题。

    In the paper we studied the added mass of the ship when entering and leaving the chamber of the ship-lifter of Three Gorges project , based on a 3D model .

  19. 在研究中,本文考虑的升船机整体系统,包括了将悬吊系统考虑在内的提升系统、重力平衡重、转矩平衡重、承船厢、厢内水和水中的船舶。

    In our study , the shiplift system consists of lifting system , the mass counterweights , the moment counterweights , the chamber , water in the chamber and ships in the water .

  20. 运用人工神经网络原理,在通过大量学习样本对网络进行训练的基础上,建立了卧倒门启闭时升船机承船厢内水面最大升降值的神经网络计算模型(NNCM&MFWS-SLC-TGO)。

    On the basis of network training , neural network computing models of maximum fluctuation of water surface in ship lift chamber with tumble gate operating ( NNCM-MFWS-SLC-TGO ) were built through the principle of artificial neural networks .

  21. 在垂直升船机运行过程中,承船厢船厢门是保证船厢水深、连通船厢水域和上下游水域的重要机构。

    During the operation of the vertical ship lift , the door of ship chamber is an important mechanism , which pledges the water level in the ship chamber and connects the ship chamber with upstream or downstream .

  22. 比较理想流体假设时四个工况的地震响应,从而得出承船厢所处的位置对升船机地震响应的影响。

    The seismic response of the four working conditions under the ideal fluid assumption are compared with each other , so as to arrive at the effect of the location of the ship box on the seismic response of the shiplift . 6 .

  23. 本文根据设计方案,分别建立输水系统能量方程、平衡重浮筒&承船厢系统的运动方程和竖井充泄水的连续方程,并构成了水力浮动式升船机整个系统的仿真数学模型。

    The model for simulation consists of the energy equation of the water conveyance system , kinetic equation of the movement of float counter weight-navigation chamber system and the continuous equation describing the emptying and filling process of the shaft wells accommodating the float counter weights .

  24. 文中对沙沱水电站的首选通航设施水力浮动式垂直升船机作了介绍,内容包括升船机总体布置,以及承船厢、平衡重浮筒装置的结构设计方案。

    So far as this is concerned , the hydraulic floating ship lift mainly selected for the navigation facility of the project is introduced herein , that includes the general layout of the lift , the structural designs for both the ship lift chamber and the balancing weight floating installation .