MECHANICS EMULATING AND ANALYSIS OF THE HESHI DAGOBA OF FAMEN TEMPLE DURING THE CONSTRUCTION PROCESS
The Heshi Dagoba of Famen Temple consists of two towers leaning 36° of vertical in one direction. The two towers have the architectural characteristics of bending shape in space and a Xuyuan Bridge joining two leaning towers at the top. During the construction process in this complex structure different construction procedures will lead to different internal force and deformation distribution. There is a great difference in internal force and deformation distribution between according to design model one time loading and according to step-by-step construction process. They have to be considered in the stages of structure design and construction. It is necessary to analyze the construction procedures in order to making reasonable construction measures and guaranteeing the safety of structure during the construction process and the internal force and deformation of the completed structure to meet the requirement given by designers. This article adopts nonlinear finite element method and considers all kinds of factors during the construction to analyze the construction procedures according to the real construction process in order to finding the actual internal force and deformation and determining reasonable construction measures. Lots of results have been obtained as guidelines in theory for the design and construction.
the Heshi Dagoba of Famen Temple construction process mechanics emulation internal force deformation
Jiang Zheng Ji-Ping Hao Xiao-Li Yang Wei-Hui Zhong Shao-Wen Liu
Xian University of Architecture and Technology, Xian 710055, P.R. China China New Era International Engineering Corporation, Xian 710054, P.R. China
国际会议
广州
英文
1283-1289
2009-11-28（万方平台首次上网日期，不代表论文的发表时间）