Chinese translation for "横向应力"
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- deviation of stress
lateral stress
tra verse stre
transversal stress
transversalstress
transverse stress
transversestress
Related Translations:
横向放大率: lateral magnificationlateral magnifying powerlateralmagnificationlateralmagnifyingpowertransversal magnification 横向记录: transversal recordingtransverse recording 横向伸缩缝: transverse expansion joint 横向环流: cross currenttransverse circulation 横向偏移: lateral deviationlateral offsetlateral run-out 横向变位: transverse deflection 横向磁记录: transverse magnetic recordingtransverse recording
- Example Sentences:
| 1. | The mean profiles of reynolds stresses bear prodigious specialty , i . e . the lateral fluctuations at the centerline are inhibjied strongly and the longitudinal ones have the tendency of growing continuously , which is induced by the special symmetrical vorticity field
雷诺应力分布有很大的特殊性，即轴线的横向应力被强烈地抑制，而纵向应力却有不断变大的趋势，这是由于特殊的对称涡量场结构引起的。 | | 2. | Based on the theories of hybrid / mixed finite element method , the generalized energy functional including stress , mechanical displacement , electric displacement , electric field and electric potential is used , with the electric - potential relations and the constitutive equations of piezoelectric materials constrained , hybrid energy functional including mechanical displacement , electric potential and stress is gained . moreover , splitting in - plane components and transverse components , the mixed energy functional in which mechanical displacement , transverse stresses and electric potential as basic variables is derived . with the use of surface stress parameters of sub - elements , the continuity of transverse stress at interfaces between layers is obtained
在回顾杂交混合有限元理论的基础上，从包括位移、应力、应变、电势、电位移、电场强度六个未知量的广义压电材料能量泛函出发，通过约束电场强度?电势关系、应力与应变及电场强度的关系，得到仅包括位移、电势、应力三个未知量的杂交变分泛函，利用一般层合板的杂交混合变分原理，分离面内分量和横向分量，导出以位移、横向应力、电势为未知量的压电层合板的修正变分泛函，作为压电层合板的杂交元列式的理论基础。 | | 3. | Therefore , it might be very essential to study the cable stayed bridge of the super breadth composite beam . additionally , the main problems of the study are as follows : 5 、 the distributing for stress of lengthways and transverse in transect ; 6 、 discussing the change of stress of lengthways and transverse , while the breadth of bridge is changing ; 7 、 in the cable stayed bridge of the super breadth composite beam , the lengthways reinforce rib and rigidity crossbeam exert influence on stress of bridge board ; 8 、 while tower and beam are concretion , main tower affects bridge board
鉴于目前关于此类桥型研究成果不多，就此作了下列若干问题的研究： 1 、超宽叠合梁斜拉桥横断面上纵向应力分布和横向应力分布特点的研究； 2 、对超宽叠合梁斜拉桥随着桥宽变化时，上述两种应力分布变化规律进行探讨； 3 、在超宽叠合梁斜拉桥中，纵向加劲肋对桥面板受力的影响；横梁尤其是刚性横梁在桥面板受力中所起的作用； 4 、塔梁固结时，主塔对桥面板的作用。 | | 4. | Abstract : refering to different rules on temperature gradient in five specifications , the paper calculates transverse stresses of temperature c hange for concrete box girders of three bridge types , as well as makes an analysi s of temperature sensitivity . the results indicate that temperature effect is one of important reasons causing the bridge deck crack
文摘:参照4个国家5种规范关于温度梯度的不同规定，对3种不同桥型的砼箱梁的温变横向应力作了计算和比较，并对温度敏感性作了分析，结论表明温度效应是桥面开裂的重要原因之一 | | 5. | Based upon virtual displacement method and the updated - lagrangian approach , stiffness matrices for two - dimensional elastic - plastic beam model in large displacement were proposed , in the derivation of which transverse stress was included because it was believed that part of the 2nd order effects of various stresses , which are in equilibrium with each other and with the external loads , will counteract each other and neglecting either part would possibly lead to incorrect results
利用虚位移原理和更新的拉格朗日方法，导出了大位移弹塑性梁单元刚度矩阵的显式表达式，在刚度矩阵推导中引入了截面内非线性剪应力和横向应力的影响，刚度矩阵通过了刚体检验。之所以要引入横向应力的影响，是因为本文认为，保持平衡所需的所有应力，它们各自的二阶效应会相互抵消，因此忽略其中的任何一项都可能导致不正确的结果。 |
- Similar Words：
- "横向隐斜视" Chinese translation, "横向隐心半径" Chinese translation, "横向应变" Chinese translation, "横向应变电阻比" Chinese translation, "横向应变计" Chinese translation, "横向永久船磁" Chinese translation, "横向用户" Chinese translation, "横向优化" Chinese translation, "横向优先策略" Chinese translation, "横向优先搜索" Chinese translation
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