Sustainable Concrete by Using Waste Foundry Sand and Carbon Fibre

Ankush R. Pendhari, Dr. P. B. Nagarnaik
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Abstract

The generation of solid waste i.e. used foundry sand (UFS) from the metal casting industries is growing continuously at disturbing quantity. In this study, an attempt is made to replace the fine aggregates by 30% using used foundry sand in the concrete. In addition to this carbon fiber added 0.25%, 0.50%, 0.75% and 1.00% to the volume of results indicate that the concrete of used foundry sand with 0.5% carbon fiber performance better than conventional sand concrete. Based on the test results, it is endorsed that UFS and carbon fiber can be used effectively in the manufacture of concrete without affecting the strength properties of concrete.
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利用废弃铸造砂和碳纤维的可持续混凝土
从金属铸造工业中产生的固体废物,即废旧铸造砂(UFS)正在以令人不安的数量持续增长。本研究尝试用废旧铸造砂代替混凝土中30%的细集料。在此基础上,碳纤维的掺量分别为0.25%、0.50%、0.75%和1.00%,结果表明,掺0.5%碳纤维的废铸造砂混凝土性能优于常规砂混凝土。试验结果表明,在不影响混凝土强度性能的情况下,UFS和碳纤维可以有效地用于混凝土的制造。
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