Numerical Simulation of the Effect of Variation in Subgrade CBR Values on Rigid Pavement

S. Siswosukarto, M. Muslikh, Taufiq Adi Wijoyo
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Abstract

This study presents the results of research on the stress behavior of rigid pavement concrete slabs by varying CBR subgrade values. It aims to know the effect of changing the rigid pavement strss. Data used in this study are geometric data and material properties of the pavement structure. The load vehicle considered is National Road class standard. Rigid pavement is very sensitive with un-uniformity of underlaying supposrt. In this research, the effect of un-uniform support of subgrade was modeled numerically using Abaqus software. The friction coefficient of each layer was also considered in the model. Model simulation of existing rigid pavement calculated 13 variations of CBR values. Result shown that there is a stress increment by 26.27% in the longitudinal direction of the rigid pavement between models with uniform variations of CBR and models with non-uniform variations of CBR. This result show the sensitivity of rigid pavement to un-uniformity of subgrade.
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路基 CBR 值变化对刚性路面影响的数值模拟
本研究介绍了通过改变 CBR 基层值对刚性路面混凝土板的应力行为进行研究的结果。其目的是了解改变刚性路面结构的影响。本研究使用的数据是路面结构的几何数据和材料属性。考虑的荷载车辆为国家公路等级标准。刚性路面对底层材料的不均匀性非常敏感。本研究使用 Abaqus 软件对基层支撑不均匀的影响进行了数值模拟。模型中还考虑了各层的摩擦系数。对现有刚性路面的模型模拟计算了 13 种 CBR 值的变化。结果表明,在 CBR 变化均匀的模型和 CBR 变化不均匀的模型之间,刚性路面纵向的应力增加了 26.27%。这一结果表明了刚性路面对基层不均匀性的敏感性。
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