This paper derives source scaling relations between rupture dimensions and moment
magnitude for subduction-zone earthquakes, separating between interface events occurring …

A fundamentally important but typically abbreviated component of seismic‐hazard analysis
is the selection of earthquake scaling relationships. These are typically regressions of …

The initiation of intraslab earthquakes and their location depend on multiple factors such as
slab heterogeneity, pre-subduction anisotropy, thermal parameters and the metamorphic …

We describe source and path attributes of the Next Generation of Ground-Motion Attenuation
for Subduction zones (NGA-Sub) project relational database. The database contains 991 …

Scaling of earthquake faults is important not only for earthquake physics but also seismic
hazard assessment. There have been many studies about this topic. It is significant to …

Four great earthquakes (1952, 1960, 1964, and 2004) have occurred since seismic
monitoring began and only two since the installation of a global seismic network. A …

Regression models are presented to estimate the cyclic resistance of transitional silts as an
alternative to semiempirical case history and stress history and normalized engineering …

This study addresses questions about the productivity of Cascadia mainshock–aftershock
sequences using earthquake catalogs produced by the Geological Survey of Canada and …

Abstract Hazards US Multi-Hazard Maintenance Release 4 (HAZUS-MH MR4) is damage-
and loss-estimation software developed by FEMA to estimate potential losses from natural …

Finite‐difference modeling of 3D long‐period (> 2 s) ground motions for large (M w 6.8)
scenario earthquakes is conducted to investigate effects of the Georgia basin structure on …