The level and duration of earthquake ground motions are affected by the nature of the tectonic regime in which the earthquakes occur. In general, earthquake regimes can be categorized into three classes based on tectonic characteristics. We have calibrated the SBM to earthquake data of each of the following regimes
This study evaluates the impact, on estimates of seismic risk and its uncertainty, of alternative me...
In engineering seismic hazard and seismic risk are two main concepts in evaluating the performance o...
This dissertation investigates the issue of selecting and scaling ground motions as inputexcitations...
The input for the seismic risk analysis can be expressed with a description of "groundshaking scenar...
International audienceThis paper presents the main ground motion parameters which are used in earthq...
Seismic hazard analyses (SHA) are routinely carried out around the world to understand the hazard, a...
The input for the seismic risk analysis can be expressed with probabilistic maps of perhaps relevant...
In planning the design of structures in a region of potential seismic activity, a specification of t...
A random-vibration model of the Hanks-McGuire type is used to predict peak ground motions at rock si...
In recent years, geologic and paleoseismic evidence has raised the awareness about the seismic hazar...
In performance-based seismic design of civil infrastructure, earthquake ground motion is one of the ...
Poster 47The rigorous selection of ground motions is an important consideration in a seismic risk as...
It is often the case that ground-motion records for a given area of interest are available in relati...
Physically justified choice of seismological parameters for seismic situation monitoring directed to...
In this paper, an evaluation of the variation of earthquake ground motions with a focus on site ampl...
This study evaluates the impact, on estimates of seismic risk and its uncertainty, of alternative me...
In engineering seismic hazard and seismic risk are two main concepts in evaluating the performance o...
This dissertation investigates the issue of selecting and scaling ground motions as inputexcitations...
The input for the seismic risk analysis can be expressed with a description of "groundshaking scenar...
International audienceThis paper presents the main ground motion parameters which are used in earthq...
Seismic hazard analyses (SHA) are routinely carried out around the world to understand the hazard, a...
The input for the seismic risk analysis can be expressed with probabilistic maps of perhaps relevant...
In planning the design of structures in a region of potential seismic activity, a specification of t...
A random-vibration model of the Hanks-McGuire type is used to predict peak ground motions at rock si...
In recent years, geologic and paleoseismic evidence has raised the awareness about the seismic hazar...
In performance-based seismic design of civil infrastructure, earthquake ground motion is one of the ...
Poster 47The rigorous selection of ground motions is an important consideration in a seismic risk as...
It is often the case that ground-motion records for a given area of interest are available in relati...
Physically justified choice of seismological parameters for seismic situation monitoring directed to...
In this paper, an evaluation of the variation of earthquake ground motions with a focus on site ampl...
This study evaluates the impact, on estimates of seismic risk and its uncertainty, of alternative me...
In engineering seismic hazard and seismic risk are two main concepts in evaluating the performance o...
This dissertation investigates the issue of selecting and scaling ground motions as inputexcitations...