脆性岩石全应力应变过程中渗透性突变研究 - 中南大学学报（自然科学版、英文版） 关键字: 脆性岩石；全应力应变；渗透性突变[gap=1550]Key words: brittle rock; complete stress-strain path; permeability catastrophe
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hard brittle rock 硬脆岩石
brittle rock constitutive equations 脆性岩石本构
rock like brittle material 岩石等脆性材料
The testing result indicates that the seepage character of brittle rock is of district difference before and after failure. So,it is concluded that the seepage pressure makes the effect strongly on the fracture and dilatation of rock.
试验结果反映出脆性岩石破坏前后渗透特性具有明显差异，从而也表明渗透水压力对岩石裂隙张开度与扩展变形起到一定程度的加剧作用。
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Under two limit conditions, namely, long wave and short wave, the saturated brittle rock is stable.
在两种极端情况下——长波和短波，饱和脆性岩石总是稳定的。
The fracture mechanics of anisotropic brittle rock was discussed based on the numerical simulation results.
各向异性脆性岩石断裂力学数值模拟结果的基础上进行了讨论。
Thermal-mechanical-chemical coupling damage model of brittle rock is established based on damage mechanics.
考虑化学反应对温度的影响，通过温度作用下的弹性模量，提出了岩石温度损伤模型。
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