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主要讨论了超限高程建筑结构基于性能抗震设计的相关问题,以求为未来建筑结构设计提供理论支撑。先简单分析了基于性能抗震的基本原理;再结合实际案例,分析该案例中建筑结构抗震设计的相关内容,包括材料选择、荷载分析等。从应用效果来看,开展有效的材料选择控制、荷载分析等措施能有效提高建筑整体抗震性能,具有良好的操作性。对相关工作人员而言,为保证相关性能抗震设计的有效性,需要正确认识到多种因素对建筑抗震性能的影响,再提出相应的处理措施,确保其具有良好的操作性。
This paper mainly discusses the problems related to performance-based seismic design of over-limit elevation structures in order to provide theoretical support for the design of future building structures. First, the basic principle of performance-based earthquake-resistance is briefly analyzed. Then, combining with the actual case, the relevant contents of seismic design of building structure in this case are analyzed, including material selection and load analysis. From the application effect point of view, to carry out effective material selection control, load analysis and other measures can effectively improve the overall seismic performance of buildings, with good operability. For the relevant staff, in order to ensure the effectiveness of the seismic performance of the relevant performance, we must correctly recognize the impact of various factors on the seismic performance of the building, and then put forward corresponding measures to ensure that it has good operability.