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Instrumentation, Monitoring, and FEM Evaluation of Long-Term Stability of a Bridge Abutment Slope

机译:桥台边坡长期稳定性的仪器,监测和有限元评估

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This paper presents the use of a FEM simulation technique to predict the long-term behavior of an abutment slope in the area of the Cuyahoga 90 Central Viaduct Bridge that was previously stabilized with the structure elements of drilled shafts and rock anchors. Monitoring of the sensors (strain gages, load cells, and inclinometer casings) provided baseline data for calibrating the soil parameters. FEM predictions of the future 75 years slope behavior help highway agency to determine proper course of action for the planned bridge expansion project.
机译:本文介绍了有限元模拟技术的使用,以预测Cuyahoga 90中央高架桥区域的桥台斜坡的长期行为,该区域先前已通过钻探井筒和岩石锚固件的结构元件进行了稳定。传感器(应变计,称重传感器和测斜仪外壳)的监控为校准土壤参数提供了基准数据。有限元法对未来75年的坡度行为的预测有助于公路部门确定计划中的桥梁扩建项目的适当措施。

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