A numerical code for calculating the time-domain response of a nonlinear soil-to-base
excitation is used to examine the characteristics of strong-motion accelerograms recorded in …

This article describes the peak accelerations observed on a network of strong-motion
accelerographs above the subduction zone in Guerrero, Mexico, as a function of magnitude …

Path effects that are unique to the source-site geometry increase the uncertainties in ground-
motion prediction equations (GMPE s). A methodology is proposed to deal with this issue …

Near-source strong motions of 64 earthquakes (3≦ M≦ 8.1; 10≦ R≦ 54 km) recorded
above the Mexican subduction zone are analyzed to study the scaling of peak horizontal …

Spectra from moderate earthquakes are used to investigate shear-wave attenuation and site
response for accelerographs located on rock outcrops in Guerrero, Mexico. A least-squares …

Probabilistic seismic-hazard assessments use attenuation relations that give some measure
of earthquake ground motion as a function of distance, magnitude, and sometimes other …

Abstract The Guerrero, Mexico, accelerograph network has recorded, at short distances,
earthquakes with magnitudes from 3.0 to 8.1. In this article, the initial 3.5 sec of the P waves …

The Copala, Guerrero, Mexico earthquake is the largest earthquake to occur in Mexico since
the destructive 1985 events. It occurred at a time when earthquake awareness in Mexico …

The Roubidoux aquifer in northeastern Oklahoma is used extensively as a source of water
for public supplies, commerce, industry, and rural water districts. The Roubidoux aquifer may …

Composite source model parameters for large earthquakes (M greater than 5.0) in the Mexican
subduction zone Composite source model parameters for large earthquakes (M greater than …