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Experimental studies on basic performance and application of self-compacting concrete using waste brick recycled coarse aggregate

机译:用废砖再生粗骨料自压力混凝土基本性能及应用的实验研究

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With rapid economic development in China, the frequency of that new buildings replace old buildings increases gradually in rural areas, which inevitably results in the emergence of a large amount of waste clay brick. The processing of construction waste takes up a lot of land resources and worsen the existing rural environmental pollution situation, using waste clay brick to prepare recycled coarse aggregate concrete not only can effectively eliminate construction waste and reduce the consumption of original coarse aggregate and thus the cost of buildings, but also solves a series of environmental problems-it conforms to the concept of "green building" and stands in line with the strategic objectives of sustainable development. This paper researched on the influence of recycled coarse aggregate gradation and water cement ratio to the strength of recycled concrete at first, then experimentally verified the application feasibility of recycled coarse aggregate self-compacting concrete.
机译:随着中国经济快速发展,新建筑物取代旧建筑的频率在农村地区逐渐增加,这不可避免地导致大量废旧粘土砖的出现。建筑垃圾的加工占据了大量的土地资源,使现有的农村环境污染情况恶化,使用废粘土砖制备再生粗骨料混凝土不仅可以有效消除施工垃圾,减少原始粗骨的消耗,从而降低成本建筑物,也解决了一系列环境问题 - 它符合“绿色建筑”的概念,并符合可持续发展的战略目标。本文首先研究了再生粗料级级级和水水泥比对再生混凝土强度的影响,实验验证了再生粗骨料自压混凝土的应用可行性。

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