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CONSTRUCTION OF CLSM APPROACH EMBANKMENT TO MINIMIZE THE BUMP AT THE END OF THE BRIDGE

机译:CLSM方法的构建堤防,以最小化桥梁末端的凹凸

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The Oklahoma Department of Transportation and Oklahoma State University School of Civil and Environmental Engineering are currently conducting a research program to evaluate options to minimize approach embankment settlement. The research program involves construction of three new bridges on U.S. 177 north of Stillwater, Oklahoma. Five of the six approach embankments/abutment backfills were constructed using different construction materials and methods. The constructed approach embankments include: unclassified borrow (control section), geotextile reinforced wall, controlled low strength material, dynamically compacted granular backfill, and flooded/ vibrated granular backfill. The approach embankments/abutment backfills have been instrumented to measure earth pressure on the abutment walls, settlement and lateral movement of the approach embankments, and groundwater conditions. The paper documents the design and construction of the CLSM approach embankment and reviews the instrumentation data collected to date.
机译:俄克拉荷马州交通与俄克拉荷马州立大学民用和环境工程学院目前正在进行研究计划,以评估最小化方法堤防解决方案的选择。研究计划涉及在俄克拉荷马州Stillwater北部的美国177年建设三个新桥梁。使用不同的建筑材料和方法构建了六种接近堤防回填中的五种。构造的方法堤道包括:未分类的借用(控制部分),土工织物加强墙,控制的低强度材料,动态压实的颗粒回填,溢流/振动粒状回填。该接近堤防/基台回水已经探讨了测量接近壁的地球压力,接近堤坝的邻接和横向运动和地下水条件。本文介绍了CLSM方法的设计和构建,并评论了迄今为止收集的仪器数据。

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