Experimental Investigation of Seepage Properties of Fractured Rocks Under Different Confining Pressures (vol 46, pg 1135, 2013)

Ma D.; Miao X. X.; Chen Z. Q.; Mao X. B.

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Experimental Investigation of Seepage Properties of Fractured Rocks Under Different Confining Pressures (vol 46, pg 1135, 2013)

机译：不同围压下裂隙岩的渗透特性实验研究（第46卷，第1135页，2013）

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《Rock Mechanics and Rock Engineering》 |2015年第5期|共1页
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Ma D.; Miao X. X.; Chen Z. Q.; Mao X. B.;
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中图分类岩石（岩体）力学及岩石测试;
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1. Experimental Investigation of Seepage Properties of Fractured Rocks Under Different Confining Pressures (vol 46, pg 1135, 2013) [J] . Ma D., Miao X. X., Chen Z. Q., Rock Mechanics and Rock Engineering . 2015,第5期

机译：不同围压下裂隙岩的渗透特性实验研究（第46卷，第1135页，2013）
2. Experimental Investigation of Seepage Properties of Fractured Rocks Under Different Confining Pressures [J] . D. Ma, X. X. Miao, Z. Q. Chen Rock Mechanics and Rock Engineering . 2013,第5期

机译：不同围压下裂隙岩的渗透特性试验研究
3. Numerical Investigation of Coupled Effects of Temperature and Confining Pressure on Rock Mechanical Properties in Fractured Rock Mass Using Thermal-Stress-Aperture Coupled Model [J] . Li Mengyi, Wu Zhijun, Weng Lei, International journal of geomechanics . 2021,第10期

机译：热应力 - 孔径耦合模型对裂缝岩体岩体力学性能对岩石力学性能的数值研究
4. Experimental Investigation into Impact Properties of Confining Pressure Rock [C] . GAO Fuqiang, HOU Aijun, YANG Jun, International symposium on progress in safety science and technology;2010 ISSST . 2010

机译：围压岩冲击特性试验研究
5. Experimental investigation of olivine and olivine-rich rocks at high pressure and high temperature [D] . Mu, Shangshang 2015

机译：高压高温下橄榄石和富橄榄石的实验研究
6. Influence of particle size on non-Darcy seepage of water and sediment in fractured rock [O] . Yu Liu, Shuncai Li -1

机译：粒径对裂缝性岩石非水渗流的影响
7. Erratum to: Experimental Investigation of Seepage Properties of Fractured Rocks Under Different Confining Pressures [O] . D. Ma, X. X. Miao, Z. Q. Chen, 2015

机译：误解：在不同限制压力下裂缝岩渗流性能的实验研究
8. Mechanical and Transport Properties of Rocks at High Temperatures and Pressures. Task I: the Physical Nature of Fracturing at Depth; Task II: Fracture Permeability of Crystalline Rocks as a Function of Temperature, Pressure, and H [R] . Carter, N. L., Johnson, B., Friedman, M., 1982

机译：高温和高压下岩石的力学和输运特性。任务I：深度压裂的物理性质;任务II：结晶岩的断裂渗透率随温度，压力和H的变化而变化

Experimental Investigation of Seepage Properties of Fractured Rocks Under Different Confining Pressures (vol 46, pg 1135, 2013)

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