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首页> 外文期刊>Procedia Computer Science >Study and experimental investigation of flow and flexural properties of natural fiber reinforced self compacting concrete
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Study and experimental investigation of flow and flexural properties of natural fiber reinforced self compacting concrete

机译:天然纤维增强自密实混凝土的流动和抗弯性能的试验研究

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The essentiality of self -compacting concrete can be understood from the fact that there is an increasing problem of lack of skilled labor in the construction industry. The benefit of SCC is that it provides faster construction period and allows an early development of strength for concrete. The above paper deals with flexure and flow properties of self -compacting concrete reinforced with a combination of steel with sisal and abaca fibers. Three percentages of sisal (0.5%,1%,1.5%)or three of abaca (0.5%,1%,1.5%) are mixed with a uniform 0.3% and 0.6% of steel fibers. Split tensile strength and flexure strength are evaluated at 7 days and 28 days for various specimens of self -compacting concrete made by variation of fiber provides an understanding of mechanical properties and tests like Slump flow, J –ring and U-box test are performed for an understanding of flow of self -compacting concrete.
机译:可以从以下事实中了解自密实混凝土的必要性:建筑行业缺乏熟练工人的问题日益严重。 SCC的好处在于,它可以缩短施工时间,并可以尽早开发出混凝土的强度。上述论文涉及由钢,剑麻和蕉麻纤维增强的自密实混凝土的挠曲和流动性能。将3%的剑麻(0.5%,1%,1.5%)或3%的蕉麻(0.5%,1%,1.5%)与均匀的0.3%和0.6%的钢纤维混合。通过纤维变化制成的各种自密实混凝土样品,分别在7天和28天评估了抗拉强度和挠曲强度,从而了解了机械性能,并针对坍落度,J型环和U型箱试验进行了测试。对自密实混凝土流动的理解。

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