Literature Review on Effects of Saturation on Soil Subgrade Strength

S. Rao, S. Reddemma, L. Reddy, A. S. Kumar, A. Ranganathan
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Abstract

The remainder of the pavement system is supported by the subgrade, the soil layer on top of which the subbase or pavement is constructed. The California Bearing Ratio (CBR) value of a subgrade must be at least 10. This is essential for highway engineers. Numerous studies demonstrate that if a subgrade has If the subbase material has a CBR value < 10, it will deflect under traffic loads in a similar way to the subgrade and harm the pavement. Pavement drainage and stability are provided by the subbase, a layer of aggregate material immediately beneath the pavement. The inferior, that Undrained water can freeze and expand in the layers supporting the pavement, placing intense internal strain on the pavement structure. Additionally, running water can transport debris from the subbase or subgrade and, in conjunction with traffic, pump it out of the drains. Highway engineers must consequently provide a solid, permeable subbase with longitudinal sub-drains. The effects of saturation on the stability of the soil subgrade are reviewed in this essay.
饱和对土壤路基强度影响的文献综述
路面系统的其余部分由路基支撑,路基是在其上建造下层或路面的土层。路基的加州承载比(CBR)值必须至少为10。这对公路工程师来说是必不可少的。大量研究表明,如果路基基底材料的CBR值< 10,则其在交通荷载作用下会发生与路基相似的偏转,并对路面造成危害。路面的排水和稳定性由下层提供,下层是一层集料材料,紧挨着路面。其次,不排水的水会在支撑路面的层中冻结和膨胀,给路面结构带来强烈的内部应变。此外,流水可以将碎屑从底基或路基上冲走,并与交通一起将其从排水沟中泵出。因此,公路工程师必须提供一个坚固的、透水的、纵向排水的底基。本文综述了饱和对土壤路基稳定性的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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