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华谊苏州通天大佛结构体系为支撑框架筒体,基础形式采用桩筏基础。大佛表皮为复杂异形曲面,构件的空间布置为设计难点。简述了RHINO几何建模方法,介绍了大佛结构体系、构件截面形式及设计目标;基于MIDAS/Gen,SAP2000及NIDA程序对上部结构进行了计算以确保分析结果的可靠性,并通过构件效率分析对结构进行适当优化;基于STRAT软件上下部协同计算,阐述了桩筏基础的设计;对延性板节点设计、铸钢节点受力性能以及基于CATIA二次开发技术生成节点施工图进行了初步介绍。计算结果表明设计目标均满足规范要求。
Huayi Suzhou Tongtian Buddha structural system to support the framework of the cylinder, the basic form of piled raft foundation. Buddha epidermis is a complex shaped curved surface, the spatial layout of components for the design difficulties. The RHINO geometric modeling method is briefly introduced. The structural system of the Buddha, its cross-sectional form and its design goal are introduced. The superstructure is calculated based on the MIDAS / Gen, SAP2000 and NIDA programs to ensure the reliability of the analysis results. Based on the synergistic calculation of upper and lower parts of STRAT software, the design of piled raft foundation is expounded. The design of ductile plate joints, the mechanical behavior of cast steel joints and the construction drawings of joints based on CATIA secondary development technology are also introduced. The calculation results show that the design goals meet the requirements of the specification.