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1·With the increase of cyclic stress ratio, the pore water pressure rate increases.

随着循环应力比的增加，孔压率增加。

2·The random cyclic stress-strain responses are found and its probabilistic model is established.

新发现随机循环应力—应变响应现象并建立其概率模型。

3·But steel alloys subjected to cyclic stress levels below their endurance limit rarely fail as a result of fatigue.

但是在钢铁合金的耐用度限制下，作为疲劳的结果，它们经受周期压力级别很少失灵。

4·It also can be observed that the dynamic strength decreases significantly as radial cyclic stress ratio increases.

随着径向循环应力比的增加，土体的动强度降低。

5·The results show that low cycle fatigue life is reduced and cyclic stress is raised by torsional prestrain raising.

结果表明，扭转预应变降低低周疲劳寿命，循环应力随扭转预应变的增大而增大。

6·The pressure distribution along the vertical direction is asymmetrical and cyclic stress acting on blades is found.

由于重力作用在竖直于机组轴线方向上的压力分布不均匀，叶片上作用有交变应力。

7·Corrosion fatigue. A type of failure that results from the simultaneous action of a cyclic stress and chemical attack.

由循环应力和化学腐蚀同时作用导致的一类失效。

8·The calculation results showed that the constitutive relationship has accepted for the cyclic stress relaxation under strain-controlled tests.

基于内时塑性本构方程对循环松弛应力-应变曲线进行了数值模拟，取得了与实验相吻合的结果。

9·In addition, cyclic stress ratio and number of cyclics have remarkable effects on vertical deformation of cement-soil pile composite foundation.

另外，在循环荷载作用下循环应力比和加荷周数对复合地基竖向变形有显著的影响。

10·The chemical composition, strength, cyclic stress and pre-cyclic-strain have a remarkable influence on the micro-plasticity behavior of the steels.

钢的化学成分、强度、服役应力和预应变处理显著影响其微塑性服役行为。