粉煤灰稳定非粘性亚级层物理力学特性的测定(一)

G. Gimiga, S. Iriciuc, Diana-Nicoleta Dima
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引用次数: 0

摘要

在基础层和道路基础的施工中,有必要通过使用当地材料(压载物或碎石)来降低其施工成本。在某些情况下,当地材料的物理力学特性不满足道路结构尺寸的条件。因此,为了改善这些特性,使用水力粘合剂(粉煤灰或基于石灰和水泥的各种混合物)来稳定它们。通过使用液压粘合剂,目的是提高施工速度,增加当地骨料的物理化学和机械特性,并隐含地降低工作的总体成本(Zarojanu, 1976)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of the Physical-Mechanical Characteristics of Non-Cohesive Sub-Grade Layers Stabilized with Fly Ash (Part I)
Abstract In the execution of the foundation layers and the road base it is necessary to reduce the costs of their construction by using local materials (ballast or crushed stone). In some cases, the physical-mechanical characteristics of the local materials do not satisfy the conditions for dimensioning the road structure. Therefore, to improve these characteristics, they are stabilized with hydraulic binders (fly ash or various mixtures based on lime and cement). By using hydraulic binders, the aim is to obtain a speed in execution, to increase the physico-chemical and mechanical characteristics of the local aggregates and implicitly to reduce the overall costs of the work (Zarojanu, 1976).
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