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为了满足九华山超高佛像的工程建造需求,独创性地提出了采用新型环形空间网格结构作为佛像外部承力构架的方案,并采用MSGS、MIDAS软件对不同的施工荷载工况进行了计算分析。该结构体系空间刚度大、自平衡性能好并且工程造价较为经济,同时也是高次超静定、安全储备大的结构体系。依托外部承力构架对佛像一般部位、头肩部、禅杖等关键部位进行了设计,解决了铜壁板吊装、垂直运输以及水平运输等技术难题。环形空间网格构架新技术的研究与成功应用为超高超大佛像工程的建造、维护提供了新的思路,具有一定的推广和应用价值。
In order to meet the project construction requirements of the Jiuhuashan super-tall Buddha statues, a new type of annular space grid structure was originally proposed as a program of the external bearing structure of Buddha statues. Different construction load conditions were calculated and analyzed by MSGS and MIDAS software . The structural system is characterized by high space rigidity, good self-balancing performance, relatively economical construction cost, high-order statically indeterminate construction and large safety reserve. Relying on the external load-bearing structure of the Buddha’s general site, head and shoulders, Zen stick and other key parts were designed to solve the copper wall lifting, vertical transport and horizontal transport and other technical problems. The research and successful application of the new technology of the annular space grid framework provide a new idea for the construction and maintenance of the super-tall and large Buddha project, and have certain promotion and application values.