片语

shear-strain amplitude剪应变幅

shear strain contour line预滑面

shear r strain energy剪应变能

residual shear strain残余剪应变

transverse shear strain剪切变形

rate of shear strain剪切变形率

dynamic shear strain动剪应变

The Shear stress strain Diagram剪切应力一应变图

shear r strain剪切应变

英汉例句

• the paper presents a new four-node quadrilateral shell element, called l3, which is based on the general four-node element with modification of transverse shear strain energy.

  本文通过修正普通四边形单元的横向剪切应变能而得到了一种新的四边形四节点壳单元（本文称之为l_3单元）。

• the location of shear strain rate localization coincides in position with the location of volumetric strain rate, which is the actual failure zone of rock.

  剪切应变率（或应变）局部化区域与体积应变率（或应变）的位置重合，局部化区域就是巖样最终的破坏位置。

• with increase of milling time, the viscosity of the feedstock and the sensitivity of viscosity to shear strain rate decrease.

  结果表明，随球磨时间增加，喂料粘度降低，粘度对剪切速率的敏感性也降低。

• the constant shear strain point accounting for the degradation of stiffness was discussed.

  对考虑刚度劣化时的常剪切应变点进行了讨论。

• anomaly in shear strain rate (ssr) and its evolution as well as mechanical behavior of rock in biaxial plane strain were modeled by use of flac.

  利用拉格朗日元法（flac）模拟了巖样的宏观力学行为、剪切应变率异常及演化。

• shear strength and shear strain are the basic properties in mechanics of concrete. they also serve as important data for finite element and failure criterion research on concrete.

  抗剪强度和剪切变形是砼的基本力学性能，又是强度理论研究和有限元分析的重要数据。

• the role of shear strain rate of an environmental flow in typhoon propagation is investigated using a shallow water model.

  利用浅水波正压模式研究了环境流场切应变率对台风移动的影响。

• the concept of constant shear strain point was proposed.

  提出了常剪切应变点的概念。

• non-local plastic shear strain rate is dependent on local shear strain rate and its second spatial derivatives.

  非局部剪切应变率与局部剪切应变率及其二阶梯度有关。

• the strength reduction coefficient before a well-defined equivalent plastic shear strain (epss) running through from the bottom to the top of a slope is considered as its safety factor.

  采用边坡某一幅值的等效塑性剪应变区，从坡脚到坡顶贯通前的折减系数作为边坡安全系数。

• considering the deterioration of strength, the distribution rules of plastic shear strain and total plastic shear strain in shear band are proposed based on gradient-dependent plasticity.

  基于梯度塑性理论和水致弱化函数，得到了剪切带内部的塑性剪切应变、总剪切应变及塑性剪切位移的分布规律。

• the prediction values of shear strain and temperature in shear band based on gradient-dependent plasticity are higher than those by use of classical elastoplastic theory.

  由于微结构效应，基于梯度塑性理论的剪切带内部的最大塑性剪切应变及最高温度的预测值高于经典理论的预测值。

• as flow shear stress decreases, the maximum plastic shear strain in the band linearly increases and the maximum temperature nonlinearly increases.

  随着流动剪切应力的降低，剪切带内部的最大塑性剪切应变线性增加，最高温度非线性增加。

• it was found that the amount of the grains broke increased with the shear strain and confining pressure, independent of the initial density of the specimen.

  试验表明，颗粒破坏的数量随着剪切变形和侧限压力的增大而增多，与试样的初始密度却无直接关系。

• shear strain of jointed rock is concentrated into joint or new generated sbs. peak strength of jointed rock depends on the joint inclination(ji).

  节理巖样的剪切应变或集中在节理上，或集中在新剪切带上，峰值强度随节理倾角而改变。

• angular stiffness and elastomer shear strain on maximum swinging angle are important indexes in flexible joint design of solid rocket motor.

  角刚度（又称弹性比力矩）及弹性件在最大摆角下的剪切应变是固体发动机柔性接头设计的重要指标。

• strong earthquakes occurred in the high-value region and its margins of shear strain rate, especially in the high-value region of shear strain rate in accordance with tectonic deformation background.

  强震通常发生在剪切应变率的高值区及其边缘，尤其是与构造变形背景相一致的剪应变率高值区。

• the dynamic properties of the circular tube ve dampers are tested under different environment temperature, excitation frequencies and shear strain amplitudes.

  本文对筒式粘弹性阻尼器在不同环境温度、激励频率和应变幅值下的动力性能指标进行了试验研究。

• the influences of strain rate, degradation of stiffness (damage) and weakening due to pore fluid on the distributions of local (plastic) shear strain and deformation in shear band were investigated.

  研究了应变率、刚度劣化（损伤）及水致弱化效应对剪切带内部的局部（塑性）剪切应变及变形分布的影响。

• transverse shear strain is introduced into the strain vector to take transverse shear deformation into account.

  在应变向量阵中引入了横向剪切应变，从而考虑了剪切的影响。

• based on non-local theory considering interaction among microstructures, non-local plastic shear strain is obtained, and dependent on local plastic shear strain and its second spatial gradient.

  基于可以考虑微结构相互作用的非局部理论，得到了非局部塑性剪应变与局部塑性剪应变及其二阶应变梯度的关系。

• but when the temperature is higher than 135 ℃, the influence of shear strain rate on viscosity is less, and asphalt mortars perform newtonian fluid behavior.

  温度高于135℃时，其粘度受剪切速率影响变小，逐渐表现为牛顿流体的特性。

• the area with the simultaneous higher surface strain, principal compressive strain, shear strain and tendency accumulation might be the place with higher risk of strong earthquakes.

  面应变、主压应变、剪应变和趋势累积率同时较高的地区，强震危险性较大。

• the relation between the gradient of local (plastic) shear deformation and the local (plastic) shear strain and that between the gradient of velocity and the strain rate were established.

  建立了局部（塑性）剪切变形梯度与局部（塑性）剪切应变分布之间的关系及速度梯度与应变率分布之间的关系。

• research results show that foundation pit slope soil structure destroy characteristic is subgrade shear strain destroy, namely, it is gradually destroy.

  研究结果表明，基坑边坡土体具有地基整体剪切变形破坏的特点，系渐进破坏的过程；