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Modelling granular soil to predict pressures on integral bridge abutments

机译:对粒状土壤进行建模以预测整体桥台的压力

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摘要

Presented here is a granular soil model created to investigate the soil pressures which develop behind integral bridge abutments. The problem is introduced along with a brief summary of the fundamental behaviour, the model produced, and the initial validation. The paper looks at the initial outcome of the final validation procedure where experimental behaviour of an abutment is compared to the modelled behaviour, and the influence of the Young's modulus profile applied is investigated. The results show that the model behaves as expected producing lateral stresses close to those measured experimentally. Comparisons show that the Young's modulus profile adopted influences the resultant lateral stresses sufficiently to warrant further investigation.
机译:这里介绍的是一个颗粒状土壤模型,用于研究整体式桥台后形成的土壤压力。引入了问题,并简要概述了基本行为,生成的模型和初始验证。本文着眼于最终验证程序的初始结果,在该结果中,将基台的实验行为与建模行为进行了比较,并研究了杨氏模量曲线的影响。结果表明,该模型的行为符合预期,产生的侧向应力与实验测量的接近。比较表明,采用的杨氏模量分布足以影响所得的侧向应力,值得进一步研究。

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