径向位移的英文

• radial displacement

• "径向"英文翻译    radial; radial direction
• "位移"英文翻译    displacement; shift; drift; ...
• "径向位置" 英文翻译 :    radial position
• "侧向位移" 英文翻译 :    lateral displacement; lateral movement; lateral shift; side movement
• "垂向位移" 英文翻译 :    vertical deviation
• "法向位移" 英文翻译 :    heave; normal displacement
• "横向位移" 英文翻译 :    crosswind displacement; lateral displacement; lateral drift; lateral shift; pressure pattern displacement; transversal displacement; transversal shift; transverse displacement; transverse distribution
• "逆向位移" 英文翻译 :    upstream shift
• "切向位移" 英文翻译 :    tangential di lacement; tangential displacement
• "竖向位移" 英文翻译 :    vertical displacement
• "轴向位移" 英文翻译 :    axial di lacement; axial displacement
• "轴向位移，保护" 英文翻译 :    axis disprotection
• "纵向位移" 英文翻译 :    fore-and-aft motion; fore-and-aft travel; length travel; lengthwise displacement; longitudinal displacement; longitudinal travel
• "走向位移" 英文翻译 :    strike slip
• "束流径向位置" 英文翻译 :    radial beam position
• "横向移动；横向位移；侧向位移" 英文翻译 :    lateral movement
• "滨线负向位移" 英文翻译 :    negative displacement of the strand line
• "侧斜轴向位移" 英文翻译 :    skew-induced rake
• "齿轮轴向位移" 英文翻译 :    gear axial di lacement; gear axial displacement
• "等侧向位移线" 英文翻译 :    isothism
• "横向位移损耗" 英文翻译 :    lateral displaceent loss; lateraldisplaceentloss
• "接头轴向位移" 英文翻译 :    joint axial deformation
• "小轮轴向位移" 英文翻译 :    pinion axial di lacement; pinion axial displacement
• "轴向位移压缸" 英文翻译 :    axial displacement cylinder
• "纵向位移阻力" 英文翻译 :    resistance to longitudinal displacement

• The radial displacement must be accompanied by a hoop force .
  径向位移必定伴随着圆环力。
• The radial displacement must be accompanied by a circumferential force .
  径向位移必须伴有圆周力。
• Pile - soil interaction in the pile longitudinal vibration considering radial displacement of soil with applications
  考虑土体径向位移时桩土耦合纵向振动特性及其应用
• This thesis mainly concerns the application of a new differential transformer radial displacement sensor on active magnetic bearing ( amb )
  本文对一种新型的差动变压器式径向位移传感器在磁悬浮轴承中的应用进行了研究。
• Cy1 inder - - caused by externa1 force and / or pressure can be easily ca1cu1ated out . at the interface between adjacent two cylinders , the radia1 disp1acement and rotat ion must be equal
  在组成密封环的各个筒体连接截面上，每相邻两筒体的边缘径向位移及转角必相等。
• And then make out the nonlinear equations from the mathematics models , the results includes : the contact angler , contact distortion and axial distortion of each rolling element in the bearing
  求解两种数学模型的非线性方程组,计算出轴承各滚动体在不同工况下内、外圈接触角,接触变形和轴承轴向、径向位移等。
• Then , the edge 1oads can be so1ved according to the coordination condi tions of deformation , and the radia1 disp1acements and rotat ions of each individua1 cy1 inder under corresponding edge 1oads can be obtained
  于是，依据边缘变形协调条件，可求出各筒体边缘载荷。然后，可求得各圆筒在相应边缘载荷作用下的径向位移和转角。
• Finally , the paper provides the theoretic method suitable for calculating the tensioning elongation of the tendons , and checks the method as well by measurement data from several engineering projects
  同时，分析了预应力束的束效应引起的钢绞线的重新排列，以及弯曲段等效径向荷载产生的径向位移，最后得出了适合小曲率半径预应力束张拉延伸量计算的理论方法，并通过多个工程实测数据进行校验。
• The base is divided into finite block element . so , the stress and load that this system divided can be calculated . combining analyzing morrow point dam on colorado river with this method , the rationality of it is validated
  应用上述方法，结合morrowpoint双曲拱坝，计算了该坝的分载与径向位移，其成果合理，验证了本文建立的坝体虚拟弹性地基梁与坝基块体有限元组合的拱坝分载法的合理性，且满足工程精度的要求，有一定的实用价值。
• The numerical results indicate that the deformation within the solid inner core is very small . however , in the fluid outer core , the changes of the displacement with relatively low spherical harmonic degree ( n < 10 ) is very complicated via the radius , due to the resonance near the eigenfrequenies of the core long - period oscillations . while the spherical harmonic degree of the loading is larger than 10 , the deformation and the gravitational perturbation in the core are very small , and the earth ' s deformation response is dominantly represented as the radial displacement in the elastic mantle
  研究了地球在日月引潮力和表面负荷作用下的形变特征，数值计算结果表明，在固体内核中的形变很小，由于在长周期核模本征频率附近的共振，液核中低阶( n 10 )位移随半径的变化非常复杂，当负荷阶数超过10时，地核中的形变和扰动位都很小，地球的响应主要表现为弹性地幔中的径向位移，且随深度增加急剧减弱，地表负荷love数与信号频率的依赖关系很弱，给出了体潮love数计算的一种有效的近似处理方案。

• 径向位移的日语：はんけいほうこうへんい