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Relationship between water permeability and pore structure of cementitious materials

机译:水泥材料渗透性与孔隙结构的关系

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To understand the relationship between water permeability and the pore structure of cementitious materials, this paper reviews the literature on both water permeability and pore structure and the correlation between them. Although the majority of this data is for cement paste, mortar, concrete and cemented soil are also included. Based on this study, it is established that the determination coefficient between water permeability and the total pore volume is very low. while those between water permeability and the critical threshold and median pore diameters, respectively, are moderate. On the other hand, the threshold pore diameter, derived based on percolation theory, exhibits a very high determination coefficient. The calculated water permeability, using the Katz-Thompson equation, agrees with the reported water permeability quantitatively to a certain degree, but is overestimated.
机译:为了了解水渗透性与胶凝材料的孔隙结构之间的关系,本文审查了对渗透性和孔隙结构的文献及其相关性。虽然这些数据的大部分是用于水泥浆料,但也包括砂浆,混凝土和胶结土。基于这项研究,建立了水渗透性和总孔体积之间的测定系数非常低。虽然水渗透性和临界阈值和中值孔径之间的那些是中等的。另一方面,基于渗滤理论导出的阈值孔径表现出非常高的确定系数。使用Katz-Thompson方程计算的透水性同意定量地达到一定程度的报告的水渗透性,但被高估了。

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