This paper aims at obtaining a semi‐analytical and semi‐numerical 3D model of source‐to‐
site seismic wave propagation due to kinematic finite‐fault sources. To this end, a two‐step …

This article introduces a strong‐motion dataset of near‐source broadband earthquake
ground motions from 3D physics‐based numerical simulations—named BB‐SPEEDset …

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

Physics-based numerical simulations (PBS) have progressed to the level of providing a
realistic description of earthquake ground motion and of its variability, both in time and …

Simulated ground motions have the potential to advance seismic hazard assessments and
structural response analyses, particularly for conditions with limited recorded ground …

A set of 3D physics‐based numerical simulations (PBS) of possible earthquakes scenarios
in Istanbul along the North Anatolian Fault (Turkey) is considered in this article to provide a …

Using results from 57 large‐scale physics‐based fault‐rupture and wave propagation
simulations, this research aims to evaluate the seismic risk, loss, and resilience of more than …

This study assesses the spatial correlation of broadband earthquake ground motions from
3D physics‐based numerical simulations in near‐source conditions. State‐of‐the‐art …

In this paper, we simulate the earthquake that hit the city of L'Aquila on 2009 April 6 using
SPEED (SPectral Elements in Elastodynamics with Discontinuous Galerkin), an open …

The improvement of ground‐motion prediction accuracy is crucial for seismic hazard and
risk assessment and engineering practices. Empirically regressed ground‐motion prediction …