摘要
本文对配置液压质量控制系统（ＨＭＳ）的两幢真实底层框架砌体建筑，采用文献［１］所提出的液压质量控制系统（ＨＭＳ）参数优化方法和底层柔性建筑控制体系整体优化方法进行了抗震优化设计，设计结果表明，液压质量控制系统（ＨＭＳ）在工程中应用是可行的。
The aseismic optimal design for two full scale flexible First story buildings withHydraulic-Mass Control System(HMS)is done by using,the method of obtainingoptimal parameters of HMS and the synthetical optimal design method of theaseismic control system with flexible first story building. The results show thatHMS is feasible in civil engineering.
基金
国家自然科学基金
关键词
抗震结构
底层柔性建筑
控制系统
设计
earthquake resistant structures
Hydraulic-Mass Control System(HMS)
flexible building
optimal design
