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Nonlinear FEM and Control Method for Super-Long Span Three Main Trusses and Three Cable Planes Railway Cable-Stayed Bridge

机译:超长跨度三个主桁架的非线性有限元和控制方法,以及三缆车铁路斜拉桥

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The Anqing Changjiang River Railway Bridge is an important fixed link across the Changjiang River in Anqing both the Nanjing-Anqing Intercity Railway and Fuyang-Jingdezhen Railway. Its main bridge is a six-span continuous steel truss girder cable-stayed bridge with main span of 580 m. The purpose of this paper is to describe some of its main features and FE model for geometrical nonlinearity using the finite element program ANSYS as well as control method of stress-free status for erection of cable-stayed bridge. Based on geometrical nonlinear analysis theories, secondary development of ANSYS using APDL was accomplished.
机译:安庆长江铁路桥是南京安庆城市铁路和阜阳 - 景德镇铁路横跨长江河畔长江的重要环结。其主要桥梁是一个六跨连续钢桁架梁斜拉桥,主要跨度为580米。本文的目的是描述其使用有限元项目ANSYS的几何非线性的一些主要特征和FE模型,以及对斜拉桥勃起的无应力状态的控制方法。基于几何非线性分析理论,完成了使用APDL的ANSYS的二次开发。

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