1) shear strain
剪应变
1.
Effects on maximum shear strain of soil layer surface of vertical seismic motion;
竖向地震动对地表最大剪应变的影响
2.
The results show that dynamic recrystallization of austenite in the zone of largest effective plastic strain doesn't be most complete,while shear strain has more strong effect on dynamic recrystallization.
结果表明,在等效应变最大的区域,奥氏体动态再结晶并非最完全,而剪应变对动态再结晶的影响则较大,在剪应变最大的区域,再结晶最完全,晶粒最细小。
3.
The shear strain distributions over the cross-sectionand the forms of damage of bending beams were obtained.
本文用高灵敏度云纹干涉法对CALL混杂复合材料在纤维方向和垂直于纤维方向的弯曲及破坏特性进行了实验研究,得到了弯曲试件横截面上的剪应变分布规律及破坏形式。
2) shearing strain
剪应变
1.
y Complementing the definition of omnistrains and shearing strains along certain directions,this paperderives the concept of strain ellipsoid and its form so that the duality of the stress and strain can be intensified.
通过补充定义沿某方向的全应变和剪应变,顺理推出应变椭球的概念及形式,从而强化了应力、应变的对偶性。
3) shear strain
剪切应变
1.
Microstructure transformation of ultrafine eutectoid lamellar under deformation of shear strain;
剪切应变模式下超细共析片层组织演变研究
2.
Shear strain in MBE grown CdTe films on Si(211) substrates;
在Si(211)衬底上分子束外延CdTe的剪切应变
3.
The model of plastic shear strain gradient on size effect in uniaxial compression of rock specimen;
岩石试件尺寸效应的塑性剪切应变梯度模型
4) Shearing strain
剪切应变
1.
Analyses of Shearing Strain Characteristic and Microstructure on Semi-Solid ZA27 Alloy;
半固态ZA27合金剪切应变特征与显微组织分析
5) shear strain rate
剪应变率
1.
Effects of shear strain rate on mechanical behavior of Zhanjiang strong structured clay;
剪应变率对湛江强结构性黏土力学性状的影响
2.
This paper discusses the rheological property for Magnetorheological fluids in the presence of an applied magnetic field and in the different shear strain rate.
本文采用实验的方法 ,对不同组分的磁流变液 ,在不同的磁场强度、不同的剪应变率下的流变特性进行了研究 ,得到了磁流变材料的性能随磁场强度、剪应变率、磁介质百分率、磁介质微粒大小等变化的规律 ,为磁流变材料的开发研究和工程应用提供了基本依
3.
The definitions of shear strain rate and apparent viscosity in fluid mechanics are introduced to analyze the dynamic hollow torsional tests of post initial liquefied sand.
引入流体力学中的剪应变率和表观黏度的概念,对振动扭剪试验中饱和砂土液化后的流动特性进行了分析。
6) torsional shear strain
扭剪应变
1.
Test results of two-amplitude cyclic principal stress rotation show that the induced torsional shear strain and axial strain are greatly influenced by the angle of principal stress rotation.
主应力轴双幅循环旋转的试验结果表明,试样扭剪、轴向应变发展受主应力轴旋转角度的影响,当转角大于一定值时,破坏应变以扭剪应变占主导,反之则要考虑扭剪和轴向等应变的共同影响。
补充资料:剪切应变
分子式:
CAS号:
性质:剪切时物体所产生的相对形变量。即指在简单剪切的情况下,材料受到的力F是与截面A0相平行的大小相等、方向相反的两个力,在此剪切力作用下,材料将发生偏斜。偏斜角θ的正切定义为剪切应变γ:即γ=tgθ。当剪切应变足够小时,γ=θ,相应地剪切应力为τ=F/A。
CAS号:
性质:剪切时物体所产生的相对形变量。即指在简单剪切的情况下,材料受到的力F是与截面A0相平行的大小相等、方向相反的两个力,在此剪切力作用下,材料将发生偏斜。偏斜角θ的正切定义为剪切应变γ:即γ=tgθ。当剪切应变足够小时,γ=θ,相应地剪切应力为τ=F/A。
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