A stochastic model is presented for estimating probabilities of exceeding site ground motions due to temporally dependent earthquake events, The model reflects the hypothesized dependence of the size of large earthquake events on the time of occurrence of the last major earthquake. An empirical attenuation relationship is used to describe the ground motion at a site originating from a well-defined fault system. The application of the model to the Middle America Trench is discussed. The seismic hazard potential in Mexico City is computed in terms of probabilities of exceeding peak ground acceleration levels. The results indicate that consideration of the seismic gap is important for estimating the seismic hazard at a site. It is also observe...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
An alternative approach based on a hybrid-empirical model is utilized to predict the ground motion r...
The prediction of earthquake ground motions in accordance with recorded observations from past event...
A comprehensive parameterized stochastic model of near-fault ground motions in two orthogonal horizo...
In this study, an empirical simulation model of stochastic ground motion for crustal earthquakes in ...
In this study, an empirical simulation model of stochastic ground motion for crustal earthquakes in ...
A site-based fully-nonstationary stochastic model for strong earthquake ground motion is developed. ...
Abstract The number of strong ground motion recordings available for regression analysis in developi...
Accurate description of ground motion characteristics is a vital step in probabilistic seismic hazar...
Accurate description of ground motion characteristics is a vital step in probabilistic seismic hazar...
We propose a stochastic approach for predicting extreme strong ground motion at low hazard levels. O...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
In recent years, ground motion models used in probabilistic seismic hazard analyses have evolved fro...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
An alternative approach based on a hybrid-empirical model is utilized to predict the ground motion r...
The prediction of earthquake ground motions in accordance with recorded observations from past event...
A comprehensive parameterized stochastic model of near-fault ground motions in two orthogonal horizo...
In this study, an empirical simulation model of stochastic ground motion for crustal earthquakes in ...
In this study, an empirical simulation model of stochastic ground motion for crustal earthquakes in ...
A site-based fully-nonstationary stochastic model for strong earthquake ground motion is developed. ...
Abstract The number of strong ground motion recordings available for regression analysis in developi...
Accurate description of ground motion characteristics is a vital step in probabilistic seismic hazar...
Accurate description of ground motion characteristics is a vital step in probabilistic seismic hazar...
We propose a stochastic approach for predicting extreme strong ground motion at low hazard levels. O...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
In recent years, ground motion models used in probabilistic seismic hazard analyses have evolved fro...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
A probabilistic representation of the entire ground-motion time history can be constructed based on ...
An alternative approach based on a hybrid-empirical model is utilized to predict the ground motion r...