横向力

  • 网络Lateral force;transverse force;LFM
横向力横向力
  1. 承受波浪横向力的伺服油缸设计

    Design of hydraulic serve cylinder with wave transverse force

  2. 螺旋浆横向力效应

    The Effectiveness of Propeller 's Transverse Force

  3. 结果表明,在一定KC数的范围内,横向力对总力的影响不应忽略;速度力系数Cd、惯性力系数Cm及合力系数Cl与重新定义的KC数有着良好的相关性。

    It is indicated that in certain region of KC number , the influence of lift force on resultant force can not be ignored .

  4. 根据等效力系原理,本工作得到的KⅡ结果可直接应用于文献〔1〕中所讨论的范围内单边裂纹梁承受平面内横向力的任意情况。

    Based upon the principle of equivalent force system , the results of the KII obtained in present work can be directly used to any other loading cases of a single-edge cracked beam within the limitation discussed in [ 1 ] .

  5. HFJ-2型轮轨横向力测试装置

    HFJ-2 wheel rail lateral force measuring devices

  6. 本文导得了按Winkler假设范围内轴向与横向力同时作用下等截面均质桩基挠曲的微分方程。

    The differential equation governing the flexural deflection of a pile of uniform symmetric cross section under simultaneous axial and transverse loading within the scope of the winkler hypothesis is derived in this paper .

  7. 本文应用VonKarman薄板理论.求解了具有中心弹性约束的圆薄板在均布横向力作用下的非线性弯曲问题。

    From the von Karman plate theory , the nonlinear bending problem of the central elastic constraint supported circular thin plate / diaphragm under uniformly distributed pressure in lateral haw been researched in this paper .

  8. 在车轮上贴上应变计电桥,即可在车辆运行中测定车轮的横向力、垂向力、脱轨系数以及轴箱垂向加速度等参数,测量频率高达100Hz。

    By placing strains on the wheels , lateral forces , vertical forces , derailment factor of the wheel , as well as vertical acceleration of the axlebox , can be measured while the vehicle is running , with a measured frequency up to 100 Hz , etc.

  9. 原子力显微镜中微悬臂梁/探针横向力的标定

    Lateral Force Calibration of Micro-Cantilever / Tip in Atomic Force Microscopy

  10. 轴、横向力作用下土-群桩动力效应简化分析

    Simplified analysis of pile-group-soil effect under axial and horizontal interactive excitation

  11. 该模型还考虑了横向力对无缝线路稳定性的影响。

    The influence of cross force was also considered in this model .

  12. 轴向与横向力同时作用下柔性桩的分析

    Analysis of Slender Piles under Simultaneous Axial and Transverse Loading

  13. 路面横向力系数速度修正试验研究

    Study on Correction of Sideway Force Coefficient by Measured Speed

  14. 横向力等。所获得的结论对单螺杆式水力机械的设计计算和科研工作有一定的参考价值。

    The findings are useful in design and research of single-screwed hydraulic machinery .

  15. 钢筋混凝土梁受横向力的极限强度

    Ultimate Strength of a Reinforced Concrete Beam under Shear

  16. 路面横向力系数统计评价方法研究

    A Study on Evaluating Method of Statistics of Sideway Force Coefficient of Pavements

  17. 船舶横向力与舵力对船舶操纵性的综合影响

    General influence of propeller 's cross force and rudder force for ship 's manoeuvrability

  18. 铁路曲线状态下横向力的研究

    Research for the Lateral Forces on Railway Curves

  19. 冲角和横向力对机车轮缘磨损的影响

    Influence of Attack Angle and Lateral Force on the wheel Flange wear of Locomotive

  20. 波浪作用在桩柱上的横向力

    Transverse Force on Circular Pile in Waves

  21. 运输吊环螺栓只能承受垂直牵引力,而不能承受侧向力和横向力。

    The transport eyebolt can only bear vertical traction with no side or transverse forces .

  22. 锚杆承受的横向力;

    Lateral force loaded on the bolt ;

  23. 其横向力纵向力比为17~20%。

    The ratio of the transverse forces to longitudinal forces are 17 & 21 % .

  24. 路面横向力系数温度影响研究

    Research on Temperature Affected Sideway Force Coefficient

  25. 螺旋桨伴流横向力理论的计算方法

    Study on the transverse force of propeller wake current effect upon the maneuver of ship

  26. 机车作用下曲线钢轨垂直力和横向力的测试

    The Test of the Vertical Force and Horizontal Force of Curved Rail Under the Locomotive

  27. 双光阱法测量光阱横向力场分布

    Measuring the Lateral Force Distribution of the Optical Trap by Using the Double Optical Trap Method

  28. 在路面横向力系数测试过程中,路面颠簸会对测试数据产生很大影响。

    The road bump has great influence on the sideway force coefficient during the test of SFC .

  29. 绝对不能在运输吊环螺栓上施加侧向或横向力,因为这样会损坏运输吊环螺栓。

    Never use side or transverse force on the transport eyebolt because this can damage the transport eyebolt .

  30. 随机波浪作用于三桩桩列上的横向力的水动力特征及群桩效应

    The Hydrodynamic Characteristics and pile Grouping Effect of Transverse Forces on an Array of Three-piles in Random Waves