The interfacial failure due to thermal stress will increase with increasing the range of temperature and the number of cycles.
随着冷热循环温度区间温差的增大、冷端温度的降低、循环次数的增多，形成的热应力对材料的界面损伤越严重；
It was shown that the cumulative plastic strain depended not only on the applied cyclic stress and number of cycles, but also on the initial static deviatoric stress level.
在上海地区典型饱和软粘土不排水循环三轴试验的基础上，分析了影响软粘土塑性累积变形的主要因素：循环荷载的作用次数，初始静偏应力和循环加载动偏应力。
As the stress increases, the expected number of cycles decreases.
当应力增加时，期望的循环数随之减少。
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