cylindrical tank

英 [səˈlɪndrɪkl tæŋk] 美 [səˈlɪndrɪkl tæŋk]

圆柱形(油)箱;油桶

医学



双语例句

  1. The "pony" type of mixer is also a steel fabricated cylindrical tank and plain internally. Constructions of Grooves on the Roll-surface of CMS
    小筒型和膏机也是一种钢制的圆形的同筒形槽而内部是平的。连续混炼双辊机辊筒表面凹槽的结构形式
  2. The multidimensional modal theory is applied to solve liquid nonlinear sloshing in right circular cylindrical tank in translatory motion.
    将多维模态理论应用到求解作横向运动圆柱贮箱中液体的非线性晃动问题。
  3. An alternative approach is to divide the cylindrical tank into sectors with longitudinal dividers.
    另一个方法,就是用纵向分割板将油箱分割成扇形块。
  4. Stress Intensity Calculation of Arch Frame Structure for Large-scale Vertical Cylindrical Tank
    拱支叉筒网壳稳定性分析与风压数值模拟大型立式圆筒形储罐拱架应力强度计算
  5. Whole body activation autoradiography Characteristics of Liquid Sloshing and Transverse Force Analysis of Horizontal Liquid-filled Cylindrical Tank
    整体活化放射自显影法平放圆柱体内液体晃动特性及横向受力分析
  6. The Simulation of Heavy Cylinder Forging at High Temperature; Stress Intensity Calculation of Arch Frame Structure for Large-scale Vertical Cylindrical Tank
    大型圆筒形锻件高温锻造过程数值模拟大型立式圆筒形储罐拱架应力强度计算
  7. Experiment and FEM analysis of liquid sloshing with small amplitude in a circular cylindrical tank with a spherical bottom
    带球形底的圆柱容器中液体小幅晃动的实验研究和有限元分析
  8. The structure design of cylindrical tank with hand lay-up process
    手糊成型玻璃钢圆柱形容器的设计
  9. The Mechanical Analysis of Membrane Forces of the Cylindrical Tank
    端支卧式圆柱壳贮罐膜力的材料力学分析
  10. Solid-liquid coupling modal analysis of cylindrical tank
    圆柱贮液器固液耦合模态分析
  11. The structure design of cylindrical tank with hand lay-up process were introduced, the improved method of liner forming process were provided.
    本文介绍了手糊成型玻璃钢圆柱形容器的结构设计,并对内衬层成型工艺提出了改进方法。
  12. The paper presents a new method to establish the dynamic equations of the coupling system containing a structure to which a cylindrical tank partially filled with liquid is attached, and which is subjected to a horizontal excitation.
    本文以一种新方法建立了水平激励下圆柱贮箱类液固耦合系统的动力学方程。
  13. The fluid-structure interaction problem of cylindrical tank is solved mainly with added mass method.
    而对于其中的储液罐与液体的流固耦合问题,主要采用附加质量法进行解耦分析研究。
  14. In this paper, the coupling dynamic property of a cylindrical tank is analyzed by use of finite element method.
    本文用半解析有限元分析了弹性圆柱贮液器液&固耦合系统的模态特性,进行了贮液器的模态实验。
  15. The Free Bending Vibration of Cylindrical Tank Partially Filled with Liquid and Submerged in Water
    贮液圆筒在水中的弯曲自由振动
  16. Three-dimensional large amplitude liquid sloshing in a cylindrical tank is simulated and some important nonlinear characteristics of three-dimensional nonlinear liquid sloshing are obtained.
    模拟了考虑表面张力情况下圆筒形贮腔中液体的非线性晃动,揭示了考虑表面张力效应时液体非线性晃动的重要特征。
  17. The article analyses all of the crack influence factors of reinforced concrete, then it analyses the cylindrical tank's wall concretely.
    本文先对钢筋混凝土开裂影响因素进行了全面的分析,然后针对圆形水池池壁进行具体分析。
  18. Numerical study of the three-dimensional free surface in cylindrical tank
    贮腔类三维自由液面动力学问题数值研究
  19. The Research on Crack Resistance of Huge Reinforced Concrete Cylindrical Tank's Wall
    大型钢筋混凝土圆形水池池壁裂缝控制研究
  20. Free Bending Vibration of Annular Cylindrical Tank Partially Filled With Liquid in the Consideration of Surface Wave
    计及表面波的圆环形贮液容器的弯曲自由振动
  21. Influence of Dimensions of Bottom Plate on Bending Moment and Stresses in the Vicinity of Shell-to-Bottom Joint of Cylindrical Tank
    油罐底板几何尺寸对下节点弯矩及应力的影响
  22. Therefore, the rather exact natural frequency and its corresponding mode of offshore cylindrical tank with different liquid depths, with arbitrary conditions and with intermediate constraints can be obtained.
    这样就得到对应于不同液深、任意边界条件、受约束的近海贮液罐的耦合固有频率的精确值和相应振型分布。
  23. Studying of Added Mass Method for Dynamic Analysis of Cylindrical Tank
    附加质量法在储液罐动力分析中的应用研究
  24. A modal experimental investigation of the cylindrical tank with liquid
    圆柱贮液器模态实验研究
  25. Three dimension large amplitude liquid sloshing in cylindrical tank was numerically simulated by using AL E ( Arbitrary Lagrange-Euler) finite element method, where the pressure and velocity are used as principle variables.
    利用ALE(ArbitraryLagrange-Euler)有限元方法,以速度和压力为基本变量,数值模拟了圆筒形贮腔中不可压粘性三维液体的大幅晃动问题。
  26. Distribution of Electrostatic Potential and Field in a Cylindrical Tank
    圆柱形油罐模型的静电电位和电场的分布
  27. There are many research approaches have been developed for the study of dynamic response on the cylindrical tank under earthquake loading. Finite element method is thought to be one of the more effective and lower cost numerical simulation methods.
    已经有很多方法用于研究大型圆柱形储液罐在地震荷载作用下的动力响应,其中有限元数值模拟方法被认为是一种有效的和经济的分析方法。
  28. Geometric Design for Horizontal Cylindrical Tank
    卧式圆筒形容器设计的几何理念
  29. Then on the basis of the cylindrical tank hydrodynamic pressure formula, the ESD hydrodynamic pressure formula which may be helpful for the designing is presented by analyzing on the numerical hydrodynamic pressure results from ESD finite element model.
    结合圆柱形消化池动水压力公式,通过不同地震作用下动水压力数值计算结果,给出了针对卵形消化池动水压力的计算公式,为工程人员的设计工作提供参考依据。
  30. Prestressed LNG through the cylindrical tank wall model calculation and analysis of internal forces, access to the internal force distribution of the tank wall and the maximum internal force of the location and size.
    通过对圆柱形预应力LNG储罐外墙模型进行内力计算分析,获得储罐外墙内力分布情况和最大内力位置及大小。