Engineering and infrastructure systems are commonly subjected to various types of
destructive events that disrupt their functionalities and cause direct and indirect economic …

Residential building stock in Iran, with its diverse types, is exposed to different earthquake
events each year that necessities the implementation of disaster risk reduction measures …

This paper investigates the spatial correlation of response spectral accelerations from a set
of broadband physics-based ground motion simulations generated for the Norcia (Central …

The average shear wave velocity of the top 30 m of soil profile (V S30) is considered as an
indicator of local-site effects in seismic hazard assessment (SHA) studies. Previous research …

The seismic risk assessment of spatially distributed assets requires a seismic hazard that
considers the spatial correlations of earthquake intensity measures (IMs). Several spatial …

Predictive models for spatial correlation play an effective role in the assessment of seismic
risk associated with distributed infrastructure and building portfolios. However, existing …

Predicting damage to buildings using field-based samples is important for crisis
management after an earthquake. Because building damage in seismic regions is spatially …

A nonrgodic ground-motion model explicitly takes systematic local source, path and site
effects on the predicted ground-motion into account. With an increasing number of ground …

Rapid estimation of post-earthquake building damage and loss is very important in urgent
response efforts. The current approach leaves much room for improvement in estimating …

The results of seismic risk assessment of spatially distributed infrastructure systems are
significantly influenced by spatial correlation of earthquake intensity measures (IM). The …