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Earthquake Response Spectra With Coded Design Examples

Bangash, M.Y.H.

Abstract The most important application in structural dynamics is in the analysis of the response of structures to ground shaking caused by an earthquake. The earthquake response is generally divided into two categories – linearly elastic and inelastic. The response spectrum concept which is central to earthquake engineering together with procedures to evaluate the peak response of systems directly form the response spectrum. This then is followed by a study of the characteristics of the earthquake response spectra which generally lead into the design spectrum for the design of new buildings and safety evaluation of existing buildings against future earthquakes, because the earthquakes can damage buildings. The designers would be interested in response of yielding or inelastic system.

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Earthquake Response Spectra With Coded Design Examples

Bangash, M.Y.H.

Abstract The most important application in structural dynamics is in the analysis of the response of structures to ground shaking caused by an earthquake. The earthquake response is generally divided into two categories – linearly elastic and inelastic. The response spectrum concept which is central to earthquake engineering together with procedures to evaluate the peak response of systems directly form the response spectrum. This then is followed by a study of the characteristics of the earthquake response spectra which generally lead into the design spectrum for the design of new buildings and safety evaluation of existing buildings against future earthquakes, because the earthquakes can damage buildings. The designers would be interested in response of yielding or inelastic system.

Earthquake Response Spectra With Coded Design Examples

Bangash, M.Y.H.

Abstract The most important application in structural dynamics is in the analysis of the response of structures to ground shaking caused by an earthquake. The earthquake response is generally divided into two categories – linearly elastic and inelastic. The response spectrum concept which is central to earthquake engineering together with procedures to evaluate the peak response of systems directly form the response spectrum. This then is followed by a study of the characteristics of the earthquake response spectra which generally lead into the design spectrum for the design of new buildings and safety evaluation of existing buildings against future earthquakes, because the earthquakes can damage buildings. The designers would be interested in response of yielding or inelastic system.

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Title:

Earthquake Response Spectra With Coded Design Examples

Contributors:

Bangash, M.Y.H. (author)

Published in:

Earthquake Resistant Buildings ; 207-303

Publication date:

2010-01-01

Size:

97 pages

ISBN:

978-3-540-93817-0 , 978-3-540-93818-7

DOI:

https://doi.org/10.1007/978-3-540-93818-7_4

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Ground Motion , Response Spectrum , Base Shear , Design Spectrum , Infill Wall Engineering , Building Construction , Geotechnical Engineering & Applied Earth Sciences , Structural Mechanics

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