Imaging of Earth's interior has led to a large number of successful discoveries of plausible
structures and associated geophysical processes. However, due to the limitations of …

Computational simulations have become central to the seismic analysis and design of major
infrastructure over the past several decades. Most major structures are now “proof tested” …

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

This paper presents on-going challenges in the present paradigm shift of earthquake-
induced ground motion prediction from empirical to physics-based simulation methods. The …

This paper presents a generalised velocity model construction methodology, its
computational implementation, and application in the construction of a New Zealand …

This manuscript describes a subset of CyberShake numerically simulated ground motions
that were selected and vetted for use in engineering response-history analyses. Ground …

It has been well established that source-path-site effects have had an essential impact on
the seismic analysis of major infrastructure over the past few decades, where the accurate …

The development of site-and path-specific (ie, non-ergodic) ground-motion models (GMMs)
can drastically improve the accuracy of probabilistic seismic hazard analyses (PSHAs). The …

We map crustal regions in Southern California that have similar depth variations in seismic
velocities by applying cluster analysis to 1.5 million P and S velocity profiles from the three …

Foreshocks and/or aftershocks play critical roles in improving our understanding of the
processes of faulting, such as nucleation of earthquakes, earthquake triggering, and …