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Strength assessment and mechanism analysis of cement stabilized reclaimed lime-fly ash macadam

机译:水泥稳定再生粉煤灰碎石强度评估及机理分析

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摘要

An experimental study was conducted to investigate the strength and influence factors of cement stabilized reclaimed lime-fly ash macadam (abbreviation CSR), compared with cement stabilized macadam (CSM). The results indicate that, substitution rate of reclaimed lime-fly ash macadam (abbreviation RLFM) remarkably affects the strength. Nevertheless, the effects of substitution rate actually depend on the mortar content to a great extent. From the microscale point of view, the hydration products of CSR mixture appear in the morphology of whisker, plush and loose structures, which are not bonded with aggregates directly, resulting in the lower strength of CSR mixture. The present work will be useful for the waste managers and policy makers particularly in developing nations where proper guidelines are still lacking. (C) 2018 Elsevier Ltd. All rights reserved.
机译:进行了实验研究,以研究水泥稳定的再生粉煤灰碎石(简称CSR)与水泥稳定的碎石(CSM)的强度和影响因素。结果表明,再生的粉煤灰碎石(缩写RLFM)的替代率对强度有显着影响。但是,替代率的影响实际上很大程度上取决于砂浆的含量。从微观角度来看,CSR混合物的水合产物以晶须,毛绒和疏松结构的形态出现,它们不直接与聚集体结合,导致CSR混合物的强度较低。当前的工作对废物管理者和政策制定者尤其有用,特别是在仍然缺乏适当指导方针的发展中国家。 (C)2018 Elsevier Ltd.保留所有权利。

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