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Water transport in surface layer of fair-face concrete

机译:清水混凝土表层的水传输

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摘要

In the production of fair-face elements is very popular, but aesthetic quality needs to withstandrnits lifespan. In the case of non-protected concrete surface, any failure is much more pronounced. An importantrnparameter determining the durability of concrete is the quality of the surface layer, as it is directly exposed to thernenvironment. In terms of durability properties, it is worth to monitor the parameters of the surface layers, particularlyrnthe transport processes. The paper presents the selected experimental methods for evaluation the qualityrnof the surface layer of concrete aimed at monitoring the permeability of concrete, since concrete permeability isrna property uniquely affecting durability of concrete. These methods are complemented by experimental resultsrnand other traditional tests. These findings will serve to further optimization of the structure being created, thusrnensuring its better aesthetic and functional characteristics.
机译:在生产亮面元素时非常流行,但是美学质量需要承受其使用寿命。在没有保护的混凝土表面的情况下,任何破坏都更加明显。决定混凝土耐久性的一个重要参数是表层的质量,因为它直接暴露在环境中。在耐久性方面,值得监测表面层的参数,特别是在运输过程中。本文介绍了用于评估混凝土表层质量以监测混凝土渗透性的所选实验方法,因为混凝土的渗透性是唯一影响混凝土耐久性的。这些方法得到实验结果和其他传统测试的补充。这些发现将有助于进一步优化所创建的结构,从而确保其更好的美学和功能特性。

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  • 来源
  • 会议地点 Cape Town(ZA)
  • 作者单位

    Experimental Centre, Faculty of Civil Engineering, CzechTechnical University in Prague Technical University, Prague, Czech Republic;

    Experimental Centre, Faculty of Civil Engineering, CzechTechnical University in Prague Technical University, Prague, Czech Republic;

    Experimental Centre, Faculty of Civil Engineering, CzechTechnical University in Prague Technical University, Prague, Czech Republic;

    Experimental Centre, Faculty of Civil Engineering, CzechTechnical University in Prague Technical University, Prague, Czech Republic;

    Experimental Centre, Faculty of Civil Engineering, CzechTechnical University in Prague Technical University, Prague, Czech Republic;

    Department of Material Engineering and Chemistry, Faculty of Civil Engineering,Czech Technical University, Prague, Czech Republic;

    Department of Material Engineering and Chemistry, Faculty of Civil Engineering,Czech Technical University, Prague, Czech Republic;

    Department of Material Engineering and Chemistry, Faculty of Civil Engineering,Czech Technical University, Prague, Czech Republic;

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  • 原文格式 PDF
  • 正文语种 eng
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