Influence of materials on the self-compactness of soil-cement with the addition of synthetic fibers

A. S. Milani, Robson Raruo Nagata
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Abstract

There is a need for more ecologically friendly projects and the application of materials with lower environmental impact in this regard, being then a technically feasible candidate, the self-compacting soil-cement incorporated with chemical additive and synthetic fibers (SCAAF). Thus, a study was conducted to predict the dosage of mixtures composed of soil, cement, polypropylene microfibers, superplasticizer additive and water, which can be applied without the need for mechanical densification to form monolithic earth pieces. The results showed that SCAAF mixtures with 1:5 ratio (cement:soil, by mass); the superplasticizer content between 0.8% and 1.2%; the water/soil factor between 31.00% and 34.75% and the addition of fibers between 0.06% and 0.10% is a viable.
添加合成纤维后材料对水泥土自密实度的影响
在这方面,需要更有利于生态的项目和应用对环境影响较小的材料,因此,自密实土壤-水泥结合化学添加剂和合成纤维(SCAAF)是技术上可行的备选方案。因此,本研究预测了由土、水泥、聚丙烯微纤维、高效减水剂添加剂和水组成的混合物的用量,该混合物无需机械密实即可形成整体式土块。结果表明:水泥土质量比为1:5的SCAAF混合料;高效减水剂含量在0.8% ~ 1.2%之间;水/土因子在31.00% ~ 34.75%之间,纤维添加量在0.06% ~ 0.10%之间较为适宜。
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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