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Methods of determination of liquid transfer coefficient in building materials

机译:建筑材料中液体转移系数的测定方法

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At present there is no unified, widely recognized method of estimation of the dependency between the liquid transfer coefficient and the moisture content in material. It is possible to determine such relation by several methods requiring long-term and laborious experimental research, expensive apparatus and complex calculating procedures. The original method of determination of the liquid transfer coefficient in building materials is presented in this work. This method is limited to obtaining experimental data of the kinetics of one-way capillary water uptake by specimens and calculations based on the suggested model. Accuracy of the given method was confirmed using experimental results of capillary absorption process of lightweight concrete and ceramic material. Since the suggested method is theoretically grounded and its accuracy is comparable with other known methods and at the same time it is less laborious and cost-consuming, it can be recommended for practical application.
机译:目前,尚没有统一的,公认的方法来估算材料中液体转移系数和水分含量之间的依赖性。可以通过需要长期而费力的实验研究,昂贵的设备和复杂的计算程序的几种方法来确定这种关系。这项工作提出了确定建筑材料中液体转移系数的原始方法。该方法仅限于获得标本单向毛细管吸水动力学的实验数据,并基于建议的模型进行计算。轻质混凝土和陶瓷材料的毛细管吸收过程的实验结果证实了该方法的准确性。由于建议的方法在理论上是扎根的,其准确性可与其他已知方法相提并论,同时省力又省钱,因此可以推荐用于实际应用。

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