最后以该模型分析验证了某库岸边坡的耦合应力场。
Finally, the coupling stress field of a reservoir bank slope is examined and analysed using that model.
研究了压电智能梁力电耦合应力应变分析的新理论新方法。
The new theory and new method of the electromechanical stress and strain analysis of piezoelectric intelligent beam are studied.
为了实现速度同步，通过检测不同步时横梁上的交叉耦合应力变化，对不对称负载进行动态补偿。
In order to realize speed synchronization, asymmetry loads are compensated dynamically by measuring the variety of cross couple stress of the crossbeam when gantries are not aligned.
通过耦合应力的建立以及耦合应力与塑性体积应变一维化本构关系的推导，从全新的视角介绍了一种理解和建立土本构模型的方法。
From a new visual Angle, a method for understanding and establishing the soil constitutive model is introduced by deducing the coupling stress and one-dimensional constitutive relation.
渗透系数的空间变异性使得隧道开挖后围岩应力有明显的非连续性，对裂隙介质的耦合过程起着重要作用。
The spatial variability in permeability plays an important role in the coupled hydro-mechanical processes of the fractured rock mass and induces a discontinuous distribution of principal stresses.
本课题用ANSYS软件对某大型氧化反应器流固耦合进行了有限元应力分析计算。
In this thesis, stress analysis and calculation for a large oxidized reactor considering are made by using ANSYS FEM code.
提出了围岩应力场及渗流场耦合作用的相似理论，研制了部分典型材料的固流耦合相似配比。
The resemble theory on coupling of solid and liquid was put forward, a part of type material coupling prepare proportion was made.
淬火过程是典型的温度-组织转变-应力耦合的过程，准确模拟淬火过程十分困难。
For quenching processes are typical temperature - phase transformation - stress coupled processes, it is quite difficult to precisely predict the processes.
同时，应用断层系统内各个断层相互耦合作用和应力转移的模型，去分析成组地震活动迁移过程的机理。
The mechanism analysis of migration process of grouping seismicity has been done by using a model of fault interaction and stress transition.
讨论了此类液-固耦合问题的解耦条件及对应的应力路径。
The decoupled conditions of stress paths for the liquid-solid coupling equations were discussed.
分析了一类桥式直接耦合柔性机构的精确的刚度和应力模型。
Accurate stiffness and stress models of a class of bridge-type direct coupling compliant mechanism have been studied.
所以，开发连铸坯凝固传热与应力分析耦合模型是非常必要的。
So it is necessary to develop the coupled model of heat transfer and stress for continuous casting billet.
数值求解了SBS耦合波方程组，得到了SBS诱导应力的时空分布。
The SBS coupled wave equations are solved numerically and laser induced stress is obtained spatially.
文中首次建立了储层岩石应力与渗流的耦合渗流模型及新的求解方法；
Setting up rock stress of layers and coupling porous media flow model and new method of solving of porous media flow for the first time in this paper.
实验结果表明，偏心不耦合装药在孔壁上形成明显的偏心应力场。
It showed that eccentric pressure is produced by eccentric decouple charge blasting on borehole wall.
讨论了电磁热裂纹止裂时脉冲放电瞬间的电流、温度和热应力的耦合关系。
The coupling of current, temperature and stress has been proposed in crack arresting by the electromagnetic heat effect at the moment when a pulse current is switched on.
耦合系数越大，轴向应力、轴向力以及轴向弯矩越小。
The higher the coupling coefficient is, the lower the axial force, the axial stress and the axial moment are.
混凝土腐蚀疲劳破坏是交变应力与腐蚀介质耦合作用的结果，对其研究目前国内外还仅出于理论探索阶段。
The Corrosive fatigue damage of concrete is the result of the compound action of alternating stress and corrosion medium, and the study about this has just been.
利用应变等效性假设，推导了地壳体的应力-损伤耦合效应与地表重力变化之间的理论关系。
On the strength equivalent hypothesis, the theory relation between stress-damage coupling effect and variation of crustal gravity field.
从结构力学角度来研究阀芯的变形及应力分布情况，进行流固耦合分析，研究其失效的可能原因。
This paper investigate the distributing complexion of distortion and-stress of valve core, make the analysis of coupling of fluid and solid, investigate the reason of invalidation.
裂隙岩体渗流特性与应力耦合特性相互作用研究。
Study on the interaction of the seepage and stress on Fractured rock mass.
渗流场与应力场的耦合作用在油气二次运移过程中突出地表现为应力场影响渗流场。
The coupling of seepage and stress fields is represented by the effect of stress field on seepage field during oil and gas secondary migration.
地下水渗流场和应力场的相互作用和影响称之为渗流与应力耦合。
The interaction between seepage field of groundwater and stress field is called coupling of seepage and stress.
岩石的水压致裂过程是典型的渗流与应力耦合作用的破坏过程。
Hydraulic fracturing is a typical illustration of coupling between seepage and stress in rock failure process.
裂隙岩体的渗流应力耦合机理是岩体水力学的研究重点。
Hydromechanical coupling of jointed rock mass was the key point for problems of hydraulics of rock mass.
研究渗流与应力耦合作用对裂隙边坡稳定性的影响具有重要的工程指导意义。
Study on the influence of seepage and stress coupling on the fractured slope stability has important guiding significance.
本文采用完全耦合有效应力分析程序和与状态相关的剪胀性砂土模型模拟斜坡因地下水位变化而发生的变形。
The deformation of slope caused by change of ground water level was investigated by adopting a fully coupled procedure and the stat.
最后，通过渗流场与应力场的相互迭代，对比迭代前后应力和位移的变化，进行了渗流场和应力场的耦合分析。
In the end, with iteration of seepage field and stress field, change of stress and displacement before and after iteration are compared and coupling of seepage field and stress field is analyzed.
为了进行渗流作用下的边坡稳定性分析，必须考虑渗流场与应力场之间的相互耦合作用。
To analyse the stability of soil slope under seepage, the effects of coupling between seepage and stress fields should be considered.
为了进行渗流作用下的边坡稳定性分析，必须考虑渗流场与应力场之间的相互耦合作用。
To analyse the stability of soil slope under seepage, the effects of coupling between seepage and stress fields should be considered.
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