We updated our Next Generation Attenuation (NGA)-West1 ground motion models (GMMs)
for the horizontal components of Arias intensity (AI) and cumulative absolute velocity (CAV) …

A rapid and accurate estimate of earthquake damage is a key component in a successful
earthquake early warning (EEW) system. The cumulative absolute velocity (CAV) is an …

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 …

On-site earthquake early warning (EEW) systems represent an important way to reduce
seismic hazard. Since these systems are fast in providing an alert and reliable in the …

Cumulative absolute velocity (CAV) is a powerful intensity measure for quantifying potential
earthquake damage to structures. Machine learning (ML) methods can provide more …

ABSTRACT The Pacific Earthquake Engineering Research Center Next Generation
Attenuation‐West2 database is used to derive a new conditional ground‐motion model …

This study investigated the respective correlation coefficients between pore water pressure
(PWP) development in sandy soil and 41 CAV-based (cumulative absolute velocity) ground …

Automated early preventive measures are necessary to reduce secondary hazards in case
of high-intensity earthquakes, as these have the potential to damage civil structures over a …

This study aims to develop a joint probability function of peak ground acceleration (PGA)
and cumulative absolute velocity (CAV) for the strong ground motion data from Taiwan. First …

The current state of practice in the estimation of liquefaction-induced building settlements
(LIBS) relies on pseudoprobabilistic approaches in which the estimation of ground motion …