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Título del libro: Earthquake Ground Motion: Input Definition For Aseismic Design
Título del capítulo: Accelerograms for building design on hard soil in Mexico City

Autores UNAM:
MIGUEL ANGEL JAIMES TELLEZ; EDUARDO REINOSO ANGULO;
Autores externos:

Idioma:

Año de publicación:
2015
Palabras clave:

subduction; intermediate depth; Mexico City; simulation; strong ground motion; design accelerograms


Resumen:

A method of disaggregation probabilistic seismic hazard assessment is applied to determine the most probable magnitude, M, and distance, R, of certain seismic events that can generate a fixed seismic intensity (spectral ordinate) associated with an exceedance rate for hard soil in Mexico City. The main seismic sources which affect the firm land structures are determined. In addition, the following criteria are used: (i) establishment of structural periods when the spectral ordinates should be used so that the response of the expected motion does not exceed the uniform hazard spectra and (ii) determination of the minimum number of design strong ground motions that must be considered to include spectral ordinates of uniform hazard spectra.


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