变电站地面景观建筑防震设计

伴随着我国城市建设的快速发展,变电站地面景观建筑防震设计有着举足轻重的作用,为了满足不同建筑功能的抗震要求,提出基于变电站地面建筑防震设计方法。将剪力墙与框架结构有效的结合起来,通过分析框架剪力墙建筑结构的优缺点,给出变电站地面建筑防震设计原理和防震控制指标,根据各项指标分析框架剪力墙在防震设计中的要点,以达到变电站地面景观建筑的刚度要求,实现防震设计。实验结果表明,所提出基于变电站地面建筑防震设计方法可有效提高整个结构的抗震能力,并且能够有效降低成本开销。

Seismic Design of Substation Ground Landscape Architecture

Along with the rapid development of urban construction in China,the seismic design of substation ground landscape architecture plays an important role. In order to meet the seismic requirements of different building functions,the paper proposes a seismic design method based on substation ground building. The shear wall and the frame structure are effectively combined. By analyzing the advantages and disadvantages of the frame shear wall building structure,the seismic design principle and earthquake control index of the substation ground building are given. According to various indicators,the frame shear wall is analyzed in the earthquake-proof design. The main point is to achieve the stiffness requirements of substation ground landscape buildings and achieve earthquake-proof design. The experimental results show that the proposed seismic design method based on substation ground building can effectively improve the seismic capacity of the whole structure,and can effectively reduce the cost. It is hoped to provide a reference for the future application of earthquake-proof technology for urban building structures.