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An Investigation on Optimum usage of Foundry Sand as fine aggregate in Foundry Sand Admixed Concrete

机译:掺混砂的砂细骨料的最佳用量研究。

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摘要

In the current arena, infrastructure development holds the key for the development of every nation. Concrete is one of the most utilized materials by the construction industry which is a homogeneous material prepared of heterogeneous materials like Cement, sand and aggregate. However rapid urbanization has created a huge demand for natural sand hence made it even more expensive. Due to the high volume consumption all the natural resources are facing depletion. Industrial waste products are accumulating to an alarming level which makes the safe disposal of the industrial wastes a herculean task. An attempt has been made to study the behaviour of high performance concrete made with partial replacement of fine aggregates with used foundry sand. It is found that up to 30% of fine aggregate can be replaced with used foundry sand for the manufacture of high performance concrete reducing the usage of fresh fine aggregates and to minimize the exploitation of natural resources to a minimum balanced state with reduced ecological impact.
机译:在当前舞台上,基础设施建设是每个国家发展的关键。混凝土是建筑业中利用率最高的材料之一,是由异质材料(例如水泥,沙子和骨料)制成的均质材料。然而,快速的城市化对天然砂产生了巨大的需求,因此使其更加昂贵。由于大量消耗,所有自然资源都面临枯竭。工业废物的积累达到惊人的水平,这使得安全处理工业废物成为一项艰巨的任务。已经尝试研究用废铸砂部分代替细骨料制成的高性能混凝土的性能。已发现,用废砂代替多达30%的细骨料可用于制造高性能混凝土,从而减少了新鲜细骨料的使用,并将对自然资源的开发减少到最小的平衡状态,从而降低了生态影响。

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