摘要
针对底层框架砌体滑移隔震结构的特点,构建了系统的优化设计数学模型;通过计算分析,探讨了地震作用下结构的优化设计问题;给出了结构最大地震反应随设计参数的变化规律和设计变量的优化解。
Be aimed at the characteristics of masonry building with the sliding-isolation-base and first story frame structure,the mathematic model of optimum design of the system is established. Through calculation and analysis, optimum design problems of the structure under earthquake actions are discussed. The variation laws of the maximum seismic responses of the structure as with design parameter are obtained, and the optimum solution of the design variable are provided.
出处
《世界地震工程》
CSCD
2004年第2期61-63,共3页
World Earthquake Engineering
关键词
隔震结构
优化设计
底层框架砌体房屋
滑动隔震
数学模型
masonry building with first story frame structure
sliding isolation
numerical analysis
optimum design