Over recent years, seismic losses are increasing dramatically in terms of magnitude and
frequency, thereby causing severe impacts on societies and economies. The increment in …

Modeling the seismic potential of active faults and their associated epistemic uncertainties is
a fundamental step of probabilistic seismic‐hazard assessment (PSHA). Seismic hazard and …

Over recent years, seismic losses are increasing rapidly, mainly due to the steady increase
of population and exposure in earthquake-prone areas. Improved knowledge and accurate …

Risk assessment and management is an important step towards resilient and sustainable
cities. Among many other perils, both natural and manmade, seismic risk is a major threat for …

In the present work, a probabilistic seismic hazard analysis has been performed for the
newly formed Warangal Urban District, Telangana, India. The standard Cornell–McGuire …

This paper presents the deaggregation of seismic hazard analysis for the Amaravati region
of Andhra Pradesh, characterized by moderate seismicity in Peninsular India. The past few …

The simultaneous assessment of a great number of buildings subjected to different ground
motions is a very challenging task. For this reason, a new computational integrated …

Messinia is located in SW Peloponnese (Greece), in the vicinity of the Hellenic Arc which is
one of the most seismically active areas of Europe. The arc is dominated by reverse faulting …

Damages caused by earthquake-induced ground effects can be of the order or significantly
exceed the expected damages from ground shaking. A new probabilistic technique is …

The CAPRA risk modeling platform was released in 2008, as an open-source suite of
programs specialized in hazard, vulnerability and risk assessment. Here we present a latest …