白水泥作粘结剂的多孔混凝土

Arusmalem Ginting, P. Adi, Y. Prasetyo
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引用次数: 0

摘要

多孔混凝土是由波特兰水泥、粗骨料、细骨料、添加剂和水混合而成的。使用白色或彩色水泥的混凝土创造了高度对比的视觉效果,并提高了交通安全性。对以白水泥为粘结剂的多孔混凝土进行了研究。采用的碎石/水泥质量比有4、4.5、5、5.5、6、6.5 6种。水灰比有2种,分别为0.27和0.30。SicaCim混凝土外加剂被用作化学外加剂。试件总数为36块,每个变异3块。结果表明:砾石/白水泥比增大,抗压强度降低,孔隙度增大;wcr0.27的抗压强度小于wcr0.30。多孔混凝土的孔隙率一般在wcr为0.27时大于wcr为0.30时。水灰比(wcr)和骨料/白水泥比对多孔混凝土单位重量的影响不太显著。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Porous Concrete using White Cement as Binding Agent
Porous concrete is made by mixing Portland cement, coarse aggregate, with or without fine aggregate, additives, and water. Concrete that uses white or colored cement creates a highly contrasting visual and enhances traffic safety. A study was carried out on porous concrete using white cement as a binding agent. There are 6 types of gravel/cement ratio by mass used, namely 4, 4.5, 5, 5.5, 6, and 6.5. There are 2 types of water/cement ratios used, namely 0.27 and 0.30. SicaCim concrete additives are used as chemical admixtures. The total test specimens were 36 pieces, and 3 pieces for each variation. The results show that increasing gravel / white cement ratio decreases compressive strength and increases porosity. Compressive strength of wcr 0.27 is smaller than wcr 0.30. Porosity of porous concrete in general with a wcr of 0.27 is greater than a wcr of 0.30. The effect of water cement ratio (wcr) and aggregate / white cement ratio is not too significant on the unit weight of porous concrete.
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