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Finite element analysis and test study of dynamic behavior of a cable-stayed bridge

Gang Lu

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Abstract

In this paper,a three-dimensional finite element model for single pylon and double cable plane cable-stayed bridge is created to analyze the dynamic performance of Linjiangmen Cable-Stayed Bridge in Jilin.The numerical calculation results with the model are agreed fairly well with those of dynamic tests,which manifest that the model can be well used for analysis of the dynamic behavior of the single pylon and double cable plane cable-stayed bridge and can serve as reference to the analysis of dynamic behavior of similar bridges.

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What this paper is about

In this paper,a three-dimensional finite element model for single pylon and double cable plane cable-stayed bridge is created to analyze the dynamic performance of Linjiangmen Cable-Stayed Bridge in Jilin.The numerical calculation results with the model are agreed fairly well with those of dynamic tests,which manifest that the model can be well used for analysis of the dynamic behavior of the single pylon and double cable plane cable-stayed bridge and can serve as reference to the analysis of dynamic behavior of similar bridges.

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Available abstract

In this paper,a three-dimensional finite element model for single pylon and double cable plane cable-stayed bridge is created to analyze the dynamic performance of Linjiangmen Cable-Stayed Bridge in Jilin.The numerical calculation results with the model are agreed fairly well with those of dynamic tests,which manifest that the model can be well used for analysis of the dynamic behavior of the single pylon and double cable plane cable-stayed bridge and can serve as reference to the analysis of dynamic behavior of similar bridges.

Key concepts: Pylon, Bridge (graph theory), Structural engineering, Finite element method, Engineering, Dynamic testing, Plane (geometry), Mathematics

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