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Reuse of Waste Foundry Sand Mixed with Lateritic Clayey Soils in Pavement Bases and Sub-bases Courses

机译:在路面基地和子基地课程中重用废物铸造砂混合的垃圾铸造砂砂

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This paper evaluated the reuse of WFS mixed with lateritic clayey soils in pavements sub-bases and bases. Two lateritic clayey soils and one chemically bonded WFS were used in this study. A laboratory program was conducted on mixtures of lateritic clayey soils and WFS. Atterberg Limits, Particle Size Distribution, mini-CBR, CBR, hydraulic conductivity and Cyclic Triaxial Tests were used to assess mechanical properties of soil-sand mixtures. Environmental test was performed to determine leaching potential of the WFS. The results showed that soil-sand mixtures containing WFS have mechanical properties similar to the materials commonly used in bases and sub-bases courses.
机译:本文评估了在路面底座和碱基中与外层粘土土壤混合的WFS的重用。在本研究中使用了两种外链粘土土壤和一种化学键合的WFS。在外层粘土土壤和WFS的混合物上进行了实验室计划。 Atterberg限制,粒度分布,迷你CBR,CBR,液压导电性和环状三轴试验用于评估土砂混合物的机械性能。进行环境试验以确定WFS的浸出潜力。结果表明,含有WFS的土壤 - 砂混合物具有类似于碱基和子基础课程中常用的材料的机械性能。

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