基于山地建筑结构特点下的地震动输入与侧向刚度控制思路构建

Based on the characteristics of mountainous building structure, the input of seismic motion and lateral stiffness control

伴随着我国居民生活质量的稳步提升,我国的工程建设单位加强了对于工程建设施工技术以及工艺的创新,并在实际的操作过程中加强了建筑结构形式的优化改造,确保建筑质量以及功能的提升。事实上,由于我国的山地地形较多,故而导致山地建筑日益增多。在这样的背景之下,需要工程设计单位以及人员在实际的作业过程中从地震动输入以及侧向刚度控制角度进行作业,促进其质量以及性能的稳步提高。

With the development of the city and the growing process of China＇s social progress,the living standards of residents increasing quality,in this context,in order to further satisfy the people＇s living needs,the relevant units and personnel in the actual operation of the process to strengthen the optimization for building structure,to ensure the quality of construction and enhance the function of.In fact,due to the mountainous terrain in China,more and more mountain building.In this context,the engineering design units and personnel in the actual operation of the process from the ground motion input and lateral stiffness control point of view,to promote the quality and performance of the steady improvement.