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Safety Evaluation of Hyperbolic Arch Aqueduct Using Three-Dimensional Laser Scanning and Finite Element Analysis

机译:基于三维激光扫描和有限元分析的双曲拱渡槽安全性评估

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The safety evaluation of the aqueduct in many years of operation is often performed to determine the structural operational behaviour so as to provide a scientific basis for further reinforcement or reconstruction. The missing of the original design data due to the long construction period provides great challenging in the structural safety evaluation of the aqueduct. Taking a hyperbolic arch aqueduct in China as an example, we first rebuilt the aqueduct model using the three-dimensional (3D) point cloud from the three-dimensional laser scanning technology. Coupled with the on-site safety inspection, the 3D finite element analysis was then performed to learn the stress performance of the aqueduct body and its supporting structures, so as to achieve the purpose of safety evaluation of aqueduct structure in a whole.
机译:经常对渡槽在多年运行中的安全性进行评估,以确定其结构运行行为,从而为进一步加固或重建提供科学依据。由于施工周期长而缺少原始设计数据,这给渡槽的结构安全性评估带来了巨大挑战。以中国的双曲拱形渡槽为例,我们首先利用三维激光扫描技术中的三维(3D)点云重建了渡槽模型。结合现场安全检查,进行3D有限元分析,了解渡槽本体及其支撑结构的受力性能,以达到整体评估渡槽结构安全性的目的。

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