屈服现象不明显时屈服强度用Rp0.2。
软岩屈服现象的本质是CT尺度裂纹演化，裂纹演化是软岩在峰值强度前的主要细观过程。
The yield point is based on the evolution crack on CT scale and the meso process of soft rock before the streng...
软岩屈服现象的本质是CT尺度裂纹演化，裂纹演化是软岩在峰值强度前的主要细观过程。
The yield point is based on the evolution crack on CT scale and the meso process of soft rock before the strength maximum is the...
由于碳纤维布无屈服现象，故达到最大荷载时碳纤维布的应力是确定加固后柱受剪承载力的关键参数。
With no yielding up to its fracture strength of CFRP, the stress of CFRP at the maximum shear loading is found to be the key parameters in determining shear strength of the columns.
同时，发现在具有特殊相形态结构的聚合物及聚合物共混物中有二次屈服现象，并提出了相应的机理。
The double yielding was also found in some polymer blends with specific phase morphology, and the corresponding mechanism was suggested.
采用夹头分离速率控制方式对有屈服现象和无屈服现象的试样进行拉伸试验，探讨了试验过程中试样应变速率和应力速率的变化情况。
The change of strain rate and stress rate of samples with and without yielding phenomenon was studied during the tensile test under the control of grip separate rate.
更为主要的是该模型还可以用于解释泡沫压裂液的屈服应力和壁面滑移现象。
Especially, this model can also explain the yield stress and wall slip phenomena for foam fracturing fluid.
本文论述了在各向同性记忆材料屈服与断裂中流变现象的重要性问题。
This article is concerned with the problem of the importance of rheological phenomena in the yielding and fracture of isotropic material with memory.
我们提出一种新的来自于宏观量构成的理论，将低碳钢的屈服及时效现象统一于同一个理论之下。
We introduced a structure equation with macroscopic parameters, which can explain both the yield point phenomenon and strain-ageing of low carbon steels.
采用高强度级别钢种的卷板制造螺旋焊管的过程中，包申格效应使钢管屈服强度降低的现象日益突出。
In the process of using high strength steel to produce spirally welded pipe, the yield strength is reduced due to Bauschinger's effect.
本文初步研究了纯钛拉伸过程中出现的屈服点现象，从理论上分析其现象与孪生关系。
A preliminary study was carried out on the yielding phenomenon of pure titanium in tension process. The theoretical analysis shows that the phenomenon is related to twinning.
通过在屈服面的切线方向增加一项非共轴塑性应变增量，即可实现对非共轴现象的反映。
In order to reflect the non-coaxial phenomenon, a non-coaxial plastic strain rate term is added to the tangential direction of conventional constitutive model's yield surface.
报道一例八角垫直径缩减现象，指出直径缩减原因是垫圈整体受压屈服。
One example about the decrease in diameter of ring joint gasket is reported. The reason of decrease in diameter is caused by compressive stress that make the whole gasket yielded.
报道一例八角垫直径缩减现象，指出直径缩减原因是垫圈整体受压屈服。
One example about the decrease in diameter of ring joint gasket is reported. The reason of decrease in diameter is caused by compressive stress that make the whole gasket yielded.
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