The carbonation resistance of concrete on the basis of blended binders containing milled limestone

P. Reiterman, V. Davidová, Tomáš David
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Abstract

The current building industry is essentially changing due to implementation of new approach, which is predominantly motivated by the need to reduce its negative environmental impact. The paper is focused on the experimental evaluation of carbonation resistance in terms of accelerated tests performed on the concrete on the basis of blended binding system incorporating milled limestone. The used commercially produced cement was additionally modified by the limestone powder. The obtained results confirmed, that currently used design standards are convenient to real carbonation process, however further clinker replacement by the milled limestone causes significant loss of the durability of the hardened concrete.
含石灰石的混合粘结剂的混凝土抗碳化性能
当前的建筑行业正在发生本质上的变化,这主要是由于需要减少对环境的负面影响,因而采用了新的方法。本文主要从加速试验的角度对混凝土的抗碳化能力进行了实验评估,该试验是在掺入碾磨石灰石的混合粘结系统的基础上进行的。石灰石粉对使用的市售水泥进行了额外改性。实验结果证实,目前使用的设计标准能够适应实际碳化过程,但用石灰石粉替代熟料会导致硬化混凝土的耐久性大大降低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
0.40
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