Design issues for smart isolation of structures: past and recent research

O. Corbi, A. Baratta, I. Corbi, F. Tropeano, Eugenio Liccardo
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引用次数: 9

Abstract

The paper focuses on a number of original researches developed by the authors concerned with the development of new design approaches for smart base isolation systems for structures. Base Isolation (BI) systems represent the first kind of control devices applied to civil structures. In the paper, advancement in technology is exploited in this field, allowing to conceive new BI typologies possibly based on the adoption of special smart materials or on the coupling of the basic passive device with additional corrective devices, in such a way to minimize the disadvantages deriving from the simply passive system. Illustrated procedures also embed in the design pattern of base-isolation systems the interaction effects between structure and soil in order to provide the best tuning of the isolation parameters and to get the maximum performance of the devices, finally summarizing a number of original approaches to design under passive, semi-active and hybrid modes.
结构智能隔离的设计问题:过去和最近的研究
本文重点介绍了作者关于结构智能基础隔震系统新设计方法开发的一些原创研究。基础隔震系统是应用于土木结构的第一类控制装置。在本文中,技术的进步在这一领域被利用,允许构思新的BI类型,可能基于特殊智能材料的采用,或者基于基本无源设备与额外的校正设备的耦合,这样可以最大限度地减少简单无源系统带来的缺点。在基础隔震系统的设计模式中还嵌入了结构与土壤之间的相互作用效应,以提供隔震参数的最佳调谐,并获得设备的最大性能,最后总结了一些原始的被动、半主动和混合模式下的设计方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
14.20
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