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    Soft-Landing Base-Isolation System

    New search for: Ilki, Alper
    New search for: Karadogan, Faruk
    New search for: Pala, Sumru
    New search for: Yuksel, Ercan
    New search for: Kusunoki, Koichi
    New search for: Teshigawara, Masaomi

    The authors are developing a new retrofitting method for low seismic performance buildings, especially for soft-first-story buildings. The concept of the method is that the new column, which has the base-isolation system at its middle height, is attached to the existing column by the compression force with PC bars. The existing column will fail in shear during an earthquake, and then the building becomes to be base-isolated. One of the big advantages of this method is that the retrofitting cost can be low compared to the conventional base-isolation retrofitting technique, since the existing columns do not have to be cut prior to an earthquake, which costs a lot. The paper will present the outline of the system and the results of experimental tests which includes shaking table test and static loading tests.

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    Soft-Landing Base-Isolation System

    New search for: Ilki, Alper
    New search for: Karadogan, Faruk
    New search for: Pala, Sumru
    New search for: Yuksel, Ercan
    New search for: Kusunoki, Koichi
    New search for: Teshigawara, Masaomi

    The authors are developing a new retrofitting method for low seismic performance buildings, especially for soft-first-story buildings. The concept of the method is that the new column, which has the base-isolation system at its middle height, is attached to the existing column by the compression force with PC bars. The existing column will fail in shear during an earthquake, and then the building becomes to be base-isolated. One of the big advantages of this method is that the retrofitting cost can be low compared to the conventional base-isolation retrofitting technique, since the existing columns do not have to be cut prior to an earthquake, which costs a lot. The paper will present the outline of the system and the results of experimental tests which includes shaking table test and static loading tests.

    Access

    Check access
    Check availability in my library
    Order at Subito €

    Soft-Landing Base-Isolation System

    New search for: Ilki, Alper
    New search for: Karadogan, Faruk
    New search for: Pala, Sumru
    New search for: Yuksel, Ercan
    New search for: Kusunoki, Koichi
    New search for: Teshigawara, Masaomi

    The authors are developing a new retrofitting method for low seismic performance buildings, especially for soft-first-story buildings. The concept of the method is that the new column, which has the base-isolation system at its middle height, is attached to the existing column by the compression force with PC bars. The existing column will fail in shear during an earthquake, and then the building becomes to be base-isolated. One of the big advantages of this method is that the retrofitting cost can be low compared to the conventional base-isolation retrofitting technique, since the existing columns do not have to be cut prior to an earthquake, which costs a lot. The paper will present the outline of the system and the results of experimental tests which includes shaking table test and static loading tests.

    Access

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    Order at Subito €

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    Title:

    Soft-Landing Base-Isolation System

    Additional title:

    Geotechnical, Geological

    Contributors:

    Ilki, Alper (editor) / Karadogan, Faruk (editor) / Pala, Sumru (editor) / Yuksel, Ercan (editor) / Kusunoki, Koichi (author) / Teshigawara, Masaomi (author)

    Published in:

    Seismic Risk Assessment and Retrofitting ; Chapter: 11 ; 211-235

    Geotechnical, Geological and Earthquake Engineering ; 10

    Publication date:

    2009-09-22

    Size:

    25 pages

    ISBN:

    978-90-481-2681-1 , 978-90-481-2680-4

    ISSN:

    1872-4671 , 1573-6059

    DOI:

    https://doi.org/10.1007/978-90-481-2681-1_11

    Type of media:

    Article/Chapter (Book)

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    Vertical Load , Vertical Force , Lateral Load , Shake Table Test , Shear Span Engineering , Building Construction and Design , Geotechnical Engineering & Applied Earth Sciences , Solid Mechanics , Earth Sciences, general , Vibration, Dynamical Systems, Control , Building Materials

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