Current State of Seismic-Isolation Design

Author:

Kani Nagahide,

Abstract

Japan has the world’s highest number of seismic-isolation structures - a figure that has been gradually increasing since the 1995 South Hyogo earthquake that devastated Kobe and its environs. It is the main reason that two seismically isolated buildings in Kobe have shown good performance during and after earthquakes. As the awareness of the benefits of seismic isolation has grown, it is being accepted more among people, to maintain structural safety and functionality during and after earthquakes. Safety, property value, and functionality must be maintained by the earthquake-resistance performance of buildings. This seismic isolation system is the appropriate earthquake-resistant method in consideration of satisfying these three items, and positive in the design of structures, such as residences, hospitals, and high-rise buildings, then in retrofitting. This paper focuses on the current status of seismically isolated structures and problems in seismic isolation design.

Publisher

Fuji Technology Press Ltd.

Subject

Engineering (miscellaneous),Safety, Risk, Reliability and Quality

Reference23 articles.

1. Editing Committee of MLIT, JSSI, BCJ, “Commentary on TechnicalStandards for Seismically Isolated Buildings and Devices-Notification No2009 and 1446 in 2000,” Kogakutosho Co. Ltd.,Japan, May 2001.

2. Technology Committee, JSSI, “Time History Analysis Method forSeismically Isolated Buildings,” JSSI, Japan, Nov. 2005.

3. Technology Committee, JSSI, “Standard for Construction Methodon Seismically Isolated Buildings-2005,” Economic Research Association,Japan, Nov. 2005.

4. Maintenance and Inspection Committee, JSSI, “Maintenance Standardfor Seismically Isolated Buildings-2007,” JSSI, Japan, Aug.2007.

5. Technology Committee, JSSI, “Architectural and Building EquipmentsStandard for Seismically Isolated Buildings-2001,” JSSI,Japan, Aug. 2007.

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