底层柔性建筑和液压质量控制系统(HMS)的抗震优化设计方法

OPTIMAL DESIGN METHOD FOR FLEXIBLE FIRST STORY BUILDING AND HYDRAULIC-MASS CONTROL SYSTEM

摘要: 本文在文献1-3的基础上,建立了液压质量控制系统(HMS)的参数优化方法,并对其和底层柔性建筑构成的底层柔性控制抗震建筑新体系的整体优化问题进行了研究,提出了简便实用的优化设计方法,为HMS的工程应用奠定了基础。

Abstract: On the basis of Refs. 1-3, the method of obtaining the optimal parameters of Hydraulic-Mass Control System (HMS) is presented. The synthetical design idea for new aseismic control system, which is composed of flexible first story building and Hydraulic-Mass Control System, is provided and practical optimal design method is proposed.