首页> 外文会议>International Symposium on Continuous and Discontinuous Modelling of Cohesive-Frictional Materials; 20040927-28; Stuttgart(DE) >Coupling between progressive damage and permeability of concrete: discrete modelling and experimental analyses
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Coupling between progressive damage and permeability of concrete: discrete modelling and experimental analyses

机译:混凝土的渐进破坏与渗透性之间的耦合:离散建模和实验分析

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摘要

A significant increase of the permeability of concrete upon micro-cracking and a good correlation between the evolutions of damage (material stiffness) and permeability are observed experimentally. The present contribution investigates first this correlation theoretically, with the help of lattice analyses. Hydro-mechanical problems are considered with the construction of a hydraulic lattice, dual to the mechanical one. We observe that the average permeability upon micro-cracking is indexed on the evolution of the lattice compliance in the mechanical problem. Experimental results are reported in order to further quantify this growth of permeability due to damage.
机译:实验观察到混凝土在微裂纹作用下的渗透性显着提高,并且损伤(材料刚度)的变化与渗透性之间也具有良好的相关性。本论文首先借助晶格分析在理论上研究这种相关性。考虑到液压格的构造,液压机械问题是机械格的双重问题。我们观察到,微裂纹的平均渗透率是根据机械问题中晶格顺应性的演变来确定的。报道了实验结果,以进一步量化由于破坏引起的渗透率的增长。

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