stress strain信息详情
应力应变
stress───n.压力;强调;紧张;重要性;重读;vt.强调;使紧张;加压力于;用重音读;n.(Stress)人名;(意)斯特雷斯
strain───n.(Strain)人名;(英)斯特兰;n.张力;拉紧;负担;扭伤;血缘;vi.拉紧;尽力;n.(植物、动物的)品种;种类;vt.拉紧;滥用;滤去;竭力
hag strain───和应变
alternating stress mean stress───交变应力平均应力
fearful strain───可怕的紧张
groin strain───腹股沟拉伤
shear stress───[力]剪应力;[力]剪切应力;剪应力; 切变应力; 切应力; 粘性摩擦应力
andromeda strain───安德罗美达菌株(书名)
virus strain───病毒株
Meanwhile, the whisker orientation affects the shapes of the stress strain curves of the composites.───同时晶须取向也影响复合材料的热压缩应力-应变曲线的形状。
initial portion of the stress-strain diagram for most materials used in engineering structures is a straight line.───工程结构中使用的大部分材料最初的应力应变图是直线型的。
could be used to determine stress-strain relation in oedometer test.───可用于电压表试验中应力-应变关系的确定。
It is shown in the tests that the model is able to assess the stress - strain relationship on unsaturated soil of different water contents.───只需增加一组不同含水量的非饱和土等向压缩试验即可完全确定模型参数。
The stress-strain curves of a copper wire and a structure adhesive film tested with the system are given.───最后采用该系统对金属铜丝和一种结构胶粘剂薄膜进行了拉伸测试。
Contrast with triaxial compression test result, it shows that this model correctly reflects the relation of stress-strain.───通过与砂岩试件三轴压缩试验实测结果对比,证明模型可以很好地反映岩石的应力-应变关系。
stress-strain diagram, like the one shown in fig. 1. 1, is widely used to chart stress-strain relationships.───应力-应变图表,如图1.1所示,广泛地用来绘制成应力-应变的关系。
Compared to stress-strain curves method, DMTA was more effective for analyzing the damping property of materials.───与应力-应变曲线相比,DMTA能更全面地反映材料的阻尼性能。
Not all materials produce stress-strain diagrams on which there is a clear indication of the start of yielding as the load is increased.───不是所有的材料都会产生应力-应变图,即当载荷增加时显现出开始屈服的迹象。
The law that stress, strain and pressure attenuation varied with punch rate and time was obtained by means of compression experiments.
The dynamic stress strain curves are similar to those obtained in the experiments of quasi static compression and can also be divided into the elastic region, yielding region and densification region.
A function of distance between initial stress strain point and point at state boundary surface is adopted to simulate stress strain behaviour of soil in condition of small strain.
Firstly the dependence of stress strain behavior of polyolefin on the test conditions was investigated.
Structure can be analyzed and designed by using the axisymmetrical cylindrical shell theory with moment. A series of stress strain and displacement tests are carried out in situ construction.
That calculate damage accumulation, generally, is a function of stress / strain, temperature, and the current damage fraction.
The method of cells and micromechanics in conjunction with the computational method is employed in this investigation to determine the local and average stress strain fields within the composite.
The various types of stress, strain, and elastic modulus are summarized in Table 10 - 3 .
A macro and micro mechanics model is presented based on the relation between macroscopic and microscopic stress and strain fields, in which composite macroscopic stress strain relation is obtained.
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