首页> 外文期刊>Archives of Civil Engineering >FLEXIBL PAVEMENT ANALYSIS CONSIDERING TEMPERATURE PROFILE AND ANISOTROPY BEHAVIOR IN HOT MIX ASPHALT LAYER
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FLEXIBL PAVEMENT ANALYSIS CONSIDERING TEMPERATURE PROFILE AND ANISOTROPY BEHAVIOR IN HOT MIX ASPHALT LAYER

机译:混合沥青面层中考虑温度分布和各向异性行为的柔性路面分析

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A three Dimensional finite element model (FEM) incorporating the anisotropic properties and temperature profile of hot mix asphalt (HMA) pavement was developed to predict the structural responses of HMA pavement subject to heavy loads typically encountered in the field. In this study, ABAQUS was adopted to model the stress and strain relationships within the pavement structure. The results of the model were verified using data collected from the Korean Highway Corporation Test Road (KHCTR). The results demonstrated that both the base course and surface course layers follow the anisotropic behavior and the incorporation of the temperature profile throughout the pavement has a substantial effect on the pavement response predictions that impact pavement design. The results also showed that the anisotropy level of HMA and base material can be reduced to as low as 80% and 15% as a result of repeated loading, respectively.
机译:建立了三维各向异性有限元模型(FEM),该模型结合了热混合沥青(HMA)路面的各向异性和温度曲线,以预测HMA路面在现场通常遇到的重载下的结构响应。在这项研究中,ABAQUS被用来模拟路面结构内的应力和应变关系。使用从韩国高速公路公司测试路(KHCTR)收集的数据验证了模型的结果。结果表明,基础层和表面层均遵循各向异性行为,并且整个路面温度分布的合并对影响路面设计的路面响应预测具有重大影响。结果还表明,由于反复加载,HMA和基材的各向异性水平可以分别降低至80%和15%。

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