In this article, a novel strategy to generate broadband earthquake ground motions from the
results of 3D physics‐based numerical simulations (PBSs) is presented. Physics‐based …

Ground motion simulation validation is an important and necessary task toward establishing
the efficacy of physics-based ground motion simulations for seismic hazard analysis and …

Abstract The Canterbury Earthquake Sequence produced a spatial pattern of liquefaction-
induced surface ejecta at an open field along Palinurus Road in Christchurch, New Zealand …

This study examines the performance of nonlinear total stress one-dimensional (1D) wave
propagation site response analysis for modeling site effects in physics-based ground motion …

This paper discusses simulated ground motion intensity, and its underlying modelling
assumptions, for great earthquakes on the Alpine Fault. The simulations utilise the latest …

The prediction of the seismic response of critical structures is highly sensitive to many
aspects, among which the earthquake source and the geological setting are prominent. The …

This paper introduces a two-part stochastic method to simulate completely nonstationary
pulse-like records and capture several peaks in the power spectrum. Based on the …

Develo** a ground motion model (GMM) for Fourier amplitude spectrum (FAS) is essential
in seismology and engineering for generating response spectrum and synthetic time …

This article presents a quantitative case study on the site amplification effect observed at
Heathcote Valley, New Zealand, during the 2010–2011 Canterbury earthquake sequence …

We report new findings for producing broad-band ground motion time histories (1–19 Hz) of
a future earthquake in a sedimentary basin based on the application of extended rupture …