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Determining hydraulic properties of concrete and mortar by inverse modelling

机译:通过逆模型确定混凝土和砂浆的水力学性能

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This paper presents a methodology and results on estimating hydraulic properties of the concrete and mortar considered for the near surface disposal facility in Dessel, Belgium, currently in development by ONDRAF/NIRAS. In a first part, we estimated the van parameters for the water retention curve for concrete and mortar obtained by calibration (i.e. inverse modelling) of the van Genuchten model [1] to experimental water retention data [2]. Data consisted of the degree of saturation measured at different values of relative humidity. In the second part, water retention data and data from a capillary suction experiment on concrete and mortar cores was used jointly to successfully determine the van Genuchten retention parameters and the Mualem hydraulic conductivity parameters (including saturated hydraulic conductivity) by inverse modelling.
机译:本文介绍了一种方法和结果,用于估算目前由ONDRAF / NIRAS开发的比利时Dessel的近地表处置设施所考虑的混凝土和砂浆的水力性能。在第一部分中,我们通过对范Genuchten模型[1]进行标定(即逆模型化)得出的混凝土和砂浆的保水曲线,对实验保水数据[2]估算了范参数。数据包括在不同的相对湿度值下测得的饱和度。在第二部分中,结合使用保水数据和混凝土和砂浆岩心的毛细吸力实验数据,通过反模型成功确定了范Genuchten保水参数和Mualem导水率参数(包括饱和导水率)。

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