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STRENGTHS OF RECYCLED CONCRETE ADDED WITH STEEL FIBER

机译:用钢纤维添加再生混凝土的优势

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摘要

The strength of recycled aggregate (RA) is low, which makes the performance of recycled aggregate concrete (RAC) poor, and the addition of fiber can make up for the shortcoming of RAC. In this paper, the mechanical properties of RAC which was added with steel fiber were studied. The specimens with RA content of 0%, 40%, 70% 100% and steel fiber content of 0%, 0.5% and 1 % were prepared, and their mechanical properties were tested. The results showed that the slump reduced 73.75% after the addition of 100% RA and 37.5% after the addition of 1% steel fiber compared to ROSO; from the perspective of mechanical properties, the larger the content of steel fiber, the better the mechanical properties of the specimen; the improvement of the tensile strength was the most obvious after the addition of steel fiber. The experimental results show that steel fiber can improve the performance of RAC and make it perform better in practical application.
机译:再循环骨料(RA)的强度低,这使得再生骨料混凝土(RAC)差的性能,并且添加纤维可以弥补RAC的缺点。本文研究了加入钢纤维的RAC的机械性能。制备具有0%,40%,70%100%和钢纤维含量为0%,0.5%和1%的标本,并测试其机械性能。结果表明,与ROSO相比,加入100%Ra和37.5%后,坍落度降低了73.75%。从机械性能的角度来看,钢纤维的含量越大,样品的机械性能越好;在加入钢纤维后,拉伸强度的提高是最明显的。实验结果表明,钢纤维可以提高RAC的性能,使其在实际应用中表现更好。

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