应力传递的英文

• stress transfer

• "应力"英文翻译    stress; strain; tension; cha ...
• "传递"英文翻译    transmit; deliver; pass on; ...
• "应力传递系数" 英文翻译 :    stress transmission coefficient
• "预应力传递长度" 英文翻译 :    transmission length of prestress; transverse horizontal bracing
• "应力传递的波浪理论" 英文翻译 :    wave theory of the propagation of stress
• "电力传递" 英文翻译 :    power transmission
• "动力传递" 英文翻译 :    tra mi ion of power; transmission of power
• "动力传递液" 英文翻译 :    power-transmission fluid
• "高压力传递" 英文翻译 :    high pressure transmission
• "坏式力传递" 英文翻译 :    mechanische kraftübertragung manual transmission/standard transmission
• "力传递方向" 英文翻译 :    power transmitting
• "力传递结构" 英文翻译 :    force-transmitting structure
• "力传递系数" 英文翻译 :    force-transfer coefficient
• "升力传递" 英文翻译 :    transference of lift
• "压力传递" 英文翻译 :    pressure transmission; propagation of pressure; transmission of pressure
• "预力传递" 英文翻译 :    transfer prestress
• "应力传播" 英文翻译 :    stress propagation
• "动力传递损耗" 英文翻译 :    slippage
• "动力传递系数" 英文翻译 :    momentum exchange coefficient; momentum transfer coefficient
• "压力传递定律" 英文翻译 :    law of the transmissibility of pressure
• "压力传递介质" 英文翻译 :    pressure transmission medium; pressure-transmitting media
• "传递应力" 英文翻译 :    stress at transfer
• "空气动力传递函数" 英文翻译 :    aerodynamic transfer function
• "偏振型应力传感器" 英文翻译 :    polarimetric stre se or; polarimetric stress sensor
• "传递" 英文翻译 :    transmit; deliver; pass on; hand down [round; around]; transfer; hand over sth. one after another; transmission; transference; delivery; transmital 传递经济信息 transmit economic information; 传递眼色 give a wink by way of hint; 传递信件 deliver mail; 传递消息 convey news; 这封信在传递中被耽误了。 the letter was delayed in transmission. 把消息分程传递到某地 relay a message to a place

• Analysis on stress transmission and deformation of bolt in soil
  土层锚杆应力传递及变形分析
• Then we matix at their interface and the mechanism of breakage
  讨论了复合材料界面的应力传递机制以及断口的破坏机制，
• The finite element analysis for stress transfer of short fiber reinforced composite
  短纤维金属基复合材料应力传递的有限元分析
• Firstly , the effect of initially applied strain is that , when it rises , the fiber axial stress decreases , indicating less efficiency in the stress transfer across the interfaces
  轴向最大应力的大幅度减少意味当基体的初始塑性流动增加时，基体的应力传递效率大幅度降低，需要增加纤维长度来完成应力传递。
• It may be due to active fracture and seismogeny procedure , and may be due to microdynamic activity of regional strain energy can accumulate or release in different stages , and there exists transformation process of stress
  重力场变化可能与区域应力应变场微动态活动有关，地壳运动过程中存在著区域应变能积累和释放调整阶段，并存在应力传递过程。
• The stress of the surface course and nails transfer diffusion , i . e . the surface course and nails transfer the excavating load to the soil that is restricted , so soil among more area take action , which slower the extend of the plastic area , and restrict the increase of the plastic deformation
  面层、钉体的应力传递扩散作用，将坡面开挖荷载传递到土钉锚固区内土体，调动了更大范围的土体抗力，减缓了塑性区域的扩展，限制了塑性变形的增加。
• Here , fem is applied in the analyses of i ) fiber axial stress and interphase shear stress in fragmentation tests during initially applied strain , ii ) influence of temperature on the stress transfer across the interface , iii ) modulus and thickness of the interphase and their influence on interfacial stress transfer , iv ) interfacial debonding process , and v ) fragment aspect ratio , contact friction along the interface and their influences to the interfacial stress transfer efficiency
  在论文的这部分工作中，使用有限元法描述和分析了逐节断裂试验中初始应变下的纤维轴向应力和界面相剪切应力，温度对界面应力传递的影响，界面相模量和厚度、纤维节长宽比、界面脱粘过程、界面接触中的摩擦效应等因素对逐节断裂试验中应力传递的影响。
• ( 4 ) only when the resistance r = l / c , the transition efficiency between electric energy and heat reach its maximum value , which makes it possible to design the high performance damping composites of multi - energy transitions by adjusting the vgcf content . cpe / zkf / vgcf composites : in the cpe / pzt / vgcf composites , the conversion efficiency from force to electricity is very low because of the obvious difference of rigidity between cpe and pzt , which leads to the damping effect of multi - energy transitions is not so evident as the viscoelasticity of the matrix cpe , especially during the cpe glass transition
  Cpe / zkf那gcf复合材料:针对cpe / pzt / vgcf复合材料中由于cpe和pzt之间模量差异较大，导致cpe和pzt之间的应力传递欠佳，影响力一电变换效率，从而压电导电减振作用效果并不十分显著的现象;本章中采用极性有机小分子双( 2一轻基- 3一环己基一5一甲基)一苯基]甲烷( zkf ) ，而不采用pzt ，消除了pzt与cpe模量方面差异的影响。
• In the pseudo static tests of the middle joint and border joint , the failure modes , the carrying capacity , the ductility , the hysteresis loops and the stress transfer mechanism of the src column and steel beam joints under seismic loads are researched , which are compared with rc beam - column joints and src beam - column joints
  通过中柱节点和边柱节点的拟静力试验，着重分析了劲性柱?钢梁节点在模拟地震作用下的破坏形态、承载力、延性、滞回特性与应力传递机制，并与钢筋混凝土节点、劲性混凝土节点进行了比较。
• Meanwhile , the influence of overlapping area on the beam foundation is modified by means of load amendment , and the influence of overlapping area on the pile - beam foundation is modified by means of stiffness amendment . by applying the model of stress - spread in shear - displacement method to describe the stress spread between piles and the geddes hypothesis to determine the stress distribution of pile , a displacement coefficient is deduced to calculate the flexibility matrix and the coefficient for load distribution of pile . considering the stiffness of foundation beam , the equation of the interaction of pile - beam - soil is established and an analysis program is developed related to the interaction
  本文通过采用剪切位移法中的应力扩散模型考虑桩与桩之间的应力传递作用；采用geddes假定确定桩身和桩端的应力分布，推导位移系数，并以此为基础求得柔度矩阵；桩身和桩端的应力分布大小由桩的荷载分配系数控制，通过迭代法可以求出桩的荷载分配系数；在考虑基础梁对桩?梁?地基土共同作用的刚度贡献基础上，提出了桩?梁?地基土共同作用方程，并通过本文作者开发的相应计算程序，经实例计算验证了本文方法的正确性。