We present a Bayesian model for the estimation of ground-motion models that allows one to
account for truncated data. Truncated data occurs in ground-motion model development …

This paper presents a new empirical model to predict the mean period (T m) as a frequency-
content parameter of earthquake record using the strong ground motions recorded in Iran …

This study presents a time-dependent approach for seismic hazard in Tehran and
surrounding areas. Hazard is evaluated by combining background seismic activity, and …

Tehran is the most vulnerable urban area in Iran. Here, the characteristic earthquake model
for the major earthquakes was integrated with the background seismicity to conduct the …

The original aim of the present study was to test the efficiency of some selected ground‐
motion prediction equations (GMPEs) against small‐to‐moderate data recorded in the …

In Switzerland, nearly all historical Mw~ 6 earthquakes have induced damaging landslides,
rockslides and snow avalanches that, in some cases, also resulted in damage to …

Abstract The Iranian Plateau is considered mostly as a shallow crustal area, except the
Makran region in southeast Iran where subduction events can occur. Because of the tectonic …

Shallow crustal earthquakes (SCE) occur in different seismotectonic regions of the Iranian
plateau. In this study, 10 ground motion prediction equations (GMPEs) developed based on …

This paper presents a probabilistic seismic hazard assessment (PSHA) for Guilan Province,
an influential, highly populated and strategic district to the south of the Caspian Sea in …

This paper aims to evaluate the general code spectrum of the Iranian code of practice for
seismic-resistant design of buildings. The general code spectrum at nine sites with different …