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Research Article

Construction Simulation Analysis of Large and Complex Structures based on Time-varying

Zeng Fankui and Hou Yanfeng
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The key issues that the construction of large and complex projects has brought to existing design and construction is construction mechanics analysis of the structure construction process. With the construction mechanics method, pre-construction process analysis can not only optimize structure construction schemes but also be compared with the measured data from construction synchronization to ensure that structure construction can be carried out smoothly and safely. The finite element model of DAGOBA construction process simulation analysis as well as tracking simulation analysis on the whole construction process should be established to get preset value and to plot the displacement curve of the key points of structure. And it should be compared with data of field measurement to ensure the structure safety in the construction and that the stress and deformation on the completing status meet the design requirements.

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  How to cite this article:

Zeng Fankui and Hou Yanfeng, 2013. Construction Simulation Analysis of Large and Complex Structures based on Time-varying. Journal of Applied Sciences, 13: 3300-3304.

DOI: 10.3923/jas.2013.3300.3304


1:  Cao, Z., 2001. Construction mechanics and time-varying mechanics in civil engineering. China Civil Eng. J., 34: 41-46.

2:  Guo, Y., X. Liu, L. Liu and Q. Zhang, 2007. Phased comprehensive iterative method for computing preset value of steel structure construction deformation of New CCTV main tower steel structure. Ind. Archit., 37: 16-21.

3:  Xu, Z. and H. Ma, 2008. Report on structure stability and construction pre deformation preset value during construction of tower DAGOBA temple FAMEN in province Shanxi. Second National Seminar Proceedings Steel Construction, CIB Technology Inc., Beijing, China.

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