Despite the evidence from past earthquakes and several numerical investigations
demonstrating the detrimental impact of vertical ground motions (VGMs) on the integrity of …

One of the most crucial steps in disaster management and decision-making is a quick and
reliable seismic evaluation of structures following an earthquake. Vulnerability curves, which …

This study presents empirical ground-motion models (GMMs) for estimating Arias intensity
(IA), cumulative absolute velocity (CAV) and significant ground-motion duration (D5–75 and …

The availability of high‐quality waveforms recorded in epicentral areas of moderate‐to‐
strong earthquakes is a key factor for investigating ground‐motion characteristics close to …

A new attenuation model is proposed to estimate the cumulative absolute velocity (CAV) of
strong ground motions based on an updated earthquake database of the earthquakes …

This work presents a novel empirical Ground Motion prediction Model (GMM) for vertical‐to‐
horizontal (VH) response spectral amplitudes up to 10 s, peak ground acceleration and …

This study investigates the ground-motion analysis and local site effects in Kahramanmaras
city during the 6 Feb 2023 Turkey–Syria earthquake sequence. The damage distribution …

A strong earthquake occurred on November 12, 2017, in Sarpol-e Zahab city, western Iran,
with the moment magnitude (M_ w M w) of 7.3 and a focal depth of 18 km. The maximum …

Probabilistic seismic hazard analysis (PSHA) encompasses quantitative estimation of
seismic hazard at a site by considering all plausible earthquake scenarios. The outcome of a …

This research attempts to study the pulse-like ground motions, recorded on the Iranian
plateau, and propose predictive equations for simulating the main features of this type of …