Uniaxial and Triaxial Creep Test.
单轴和三轴蠕变试验。
Uniaxial and Triaxial Compress Experiment.
单轴和三轴压缩试验。
The rock uniaxial strength is the minimum in the all.
岩石的单轴强度是强度中的极小值。
Different loading rate gives different uniaxial tensile strength.
加荷速率不同，单轴抗拉强度值也不同。
The two data correspond to uniaxial compression and tension, respectively.
两个数据对应单轴压缩和张力，分别。
Adopting uniaxial adjusted cylinder for fast and accurate volume adjustment.
采用单轴调节汽缸，能迅速精确调节所需之容量。
The uniaxial compression tests are compressed parallel to their longitudinal axis.
单轴压缩试验压缩方向平行于长轴。
Segmental mobility increases by up to a factor of 1000 during uniaxial tensile creep.
节段性流动增加最多的一个因素1000年在单轴拉伸蠕变。
The fatigue characteristic of forged 6063 al alloy under uniaxial loading was studied.
研究了6063锻造铝合金单轴拉压载荷下的疲劳特性。
An orthotropic equivalent uniaxial stress-strain constitutive model of concrete is used.
采用了等效单轴应力应变混凝土本构模式。
The third-order nonlinear polarization for self-interaction in uniaxial crystals is dealt with.
讨论单轴晶体中三阶非线性自作用极化强度矢量的计算。
The optical axis of uniaxial substrate is either perpendicular or parallel to the substrate plane.
单轴介质的光轴方向既可平行又可垂直于介质分界面。
The condition of uniaxial stress is closely approximated in prismatic bars subjected to pure axial tensile.
单轴的应力状态跟棱柱杆承受单纯轴向拉伸十分近似。
A uniaxial tensile test method for measuring mechanical properties of MEMS thin film materials is presented.
介绍了一种用于MEMS薄膜材料力学特性测试的单轴拉伸试验方法。
Uniaxial birefringence film can banish the disadvantage of double cells and can gain black-white compensation's end.
单轴双折射膜既可以消除了双盒补偿的缺点，又达到了黑白补偿的目的。
It indicates that the direction of ray axis and optical axis is identical by discussing the uniaxial crystal at last.
最后对一轴晶进行了讨论，结果表明此时光轴方向与光线轴方向一致。
The uniaxial restraint testing methods are effective to evaluate the cracking sensitivity of concrete at early age in laboratories.
单轴约束试验是试验室评价混凝土早期开裂敏感性的有效方法。
The forming, growing, blocking and gathering of dislocation in IF steel during uniaxial tension are investigated using TEM testing.
利用透视电镜研究了IF钢在单向拉伸各阶段中的位错形成、增生、阻塞和滑移的演变过程。
Objectives: Uniaxial, first-generation locking plates have become increasingly popular for fixation of supracondylar femur fractures.
目的：使用第一代单轴锁定钢板固定髁上股骨骨折越来越普遍。
This paper provided the experimental research results of fatigue design methods and design data of infinite life under uniaxial load.
本文提供了作者在单轴载荷下的无限寿命疲劳设计方法和设计数据研究方面的试验研究结果。
Moreover, the uniaxial compressive deformation and damage of thenardite are different from other rocks during four deformation phases.
在单轴压缩变形破坏过程中，具有与普通岩石试件不同的四阶段性特征。
It is shown that that numerical mode and calculation means are used to simulate the mechanical behaviors of concrete in uniaxial load.
结果表明，该数值模型及计算方法能够较好地反映混凝土在单轴荷载作用下的力学特性。
According to cracking mechanism of rock, this article presents a model of complete stress-strain under uniaxial compress in minute cracking.
根据岩石的破裂机理，本文提出了在单轴压力下的全应力应变关系的微观破裂模型。
The relation between AE characteristics during rock failure and machine stiffness is analysed under uniaxial compression with the above model.
依据这一模型，分析了单轴压缩时岩石破坏阶段声发射特性与压机刚度的关系。
The test conducted includes the temperature, salty, density, crystal structure, uniaxial compressive strength and flexural strength of sea ice.
试验内容包括海冰的温度、盐度、密度、晶体结构、单轴压缩强度和弯曲强度。
The result shows that the model can be used to study the mechanism of concrete failure and size effect of concrete structures under uniaxial loads.
模拟结果表明，该模型可以用来研究单轴荷载作用下混凝土结构的破坏机理和多种尺寸试样尺寸效应律。
Uniaxial prestrain will obviously improve the forming limit on positive strain ratio zone, while it has little effect on negative strain ratio zone.
单拉预应变路径将显著提高正应变比区的成形极限，而对负应变比区的成形极限影响不大。
The mechanical property of AZ31 magnesium alloy rolling sheet under different temperatures and strain rates was studied through uniaxial tensile test.
通过单向拉伸试验研究了AZ31镁合金轧制板在不同温度和应变速率下的力学性能。
A mechanical model is built firstly for single microcrack under uniaxial compression loading, and the stress component of microcrack end is calculated.
首先建立单一微裂纹在单轴压缩荷载作用下的力学模型，求出裂纹端部的应力分量。
A mechanical model is built firstly for single microcrack under uniaxial compression loading, and the stress component of microcrack end is calculated.
首先建立单一微裂纹在单轴压缩荷载作用下的力学模型，求出裂纹端部的应力分量。
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