Application of CAD and Finite Element Method in the Gravity Center Analysis of Body Rotating Cable-Stayed Bridge

Author:

Wang Shi Jie1,Zhu Xun2

Affiliation:

1. Heilongjiang Institute of Technology

2. Harbin Institute of Technology

Abstract

Body rotating bridges are mostly rotation system in balance, whose gravity center are basically located in the rotation axis of turntable. In order to ensure bridges’ swivel construction successfully accomplished, the structural center of gravity should be made clear before the rotation. In the past, the structural center of gravity was usually ascertained in the method of mathematics, but the tedious calculation couldn’t get results with enough accuracy. In this paper, structural gravity center of cable-stayed bridge is calculated in the method of CAD and finite element, whose process and result are proved handy and accurate calculation. Taking Sui Fenhe cable-stayed bridge as an example, its theoretical eccentricity is 1.3cm.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference7 articles.

1. Zhang Lianyan, Tan Bangming, in: Swing bridge construction, edited by China Communications Press, Beijing, 2003. 3(In Chinese).

2. Wei feng, Chen qiang, Ma Lin, in: Unbalanced rotor test analyses of cable-stayed bridge at fifth ring road of Beijing re-weigh bridge, Railway Engineering, 2005, 4(In Chinese).

3. Cheng Xuqi, Etc. in: Standard Chinese course of Auto CAD2006, edited by Electronic Industry Press, Beijing, 2005. 9(In Chinese).

4. Qiu Zhihui, Etc. in: AutoCAD engineering drawings and three-dimensional modeling examples, edited by Xidian University Press, Xi'an, 2006. 7(In Chinese).

5. Wang Lei, in: A research on crucial technology to three-dimensional bridge CAD, PhD thesis, Jilin University, 2005. 6(In Chinese).

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