Strain rate and stress are nonlinearly related .
应变速率和应力呈非线性关系。
Comparatively, the slow strain rate method has higher sensitivity.
相比而言，慢应变速率法具有更高的灵敏性。
The mechanical property of N80 is affected by strain rate and temperature.
N80钢的力学性能受应变速率和温度的共同作用和影响。
Transient creep limit is a power function of steady state creep strain rate.
初始蠕变极限可以表示成稳态蠕变率的函数。
In this paper the effect of strain rate on the spallation of rocks is studied.
就强度的应变率依赖性对同种岩石剥离破坏的影响进行了研究。
The steady state creep strain rate is the function of currently stress status.
盐岩稳态蠕变率是应力状态的函数。
The same strain rate dependency is then assumed to hold for all strain states.
同相的变形率依赖性也适用于其他类似情况。
The room temperature tensile strength increases with the increase of strain rate.
其室温拉伸强度随应变速率的加快而提高；
The relationships between temperature, strain rate and elongation are investigated.
研究了温度，应变速率与延伸率之间的关系。
The experimental results show that the material is not so sensitive to the strain rate.
试验结果表明材料对应变率不甚敏感。
Further more, mechanical facture will take place if the local strain rate is high enough.
该局部应变速率继续升高时，将发生机械断裂。
And they are of obvious strain-rate effect, that is, strength increases with strain rate.
同时，大理岩和砂岩随应变率的增加强度增大，具有明显的应变率效应。
The sensitivities of the plastic flow stress to strain rate and temperature are analyzed.
分析比较了合金流变应力对温度及应变率的敏感性。
The model includes the effect of strain rate sensitivity, strain softening and strain hardening.
该模型包括了应变率敏感性效应，应变软化效应和应变硬化效应。
When deformation temperature is constant, flow stress increases with the increase of strain rate.
当温度一定时，流变应力随着应变速率的升高而增大。
Molybdenum is strain rate sensitive material, that is, flow stress increases with increasing strain rate.
金属钼是正应变速率敏感性材料，即流变应力随着变形速率的增加而增大。
Experimental results demonstrate that temperature and strain rate can greatly affect metal's dynamic characteristics.
实验数据的分析表明：温度、应变率对金属材料的力学性能具有较大的影响。
The unloading stress decreases with the increase of the rate of the unloading strain.
卸载应力随卸载应变速率增加而降低。
The effect of forging rate on strain is not obvious.
锻造速率对坯料应变的影响不显著。
A release rate tensor of damage strain energy is derived.
推导出损伤应变能释放率张量。
A release rate tensor of damage strain energy is derived.
推导出损伤应变能释放率张量。
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