Vertical seismometer arrays represent a unique interaction between observed and predicted
ground motions, and they are especially helpful for validating and comparing site response …

ModelHVSR is a user-friendly collection of Matlab® routines performing a number of tasks
related to analysis of microtremor data. Its distinguishing features include: The program may …

We present a new method for calculating broadband time histories of ground motion based
on a hybrid low-frequency/high-frequency approach with correlated source parameters …

This study addresses the responses of idealized building clusters during earthquakes, their
effects on ground motion, and the ways individual buildings interact with the soil and with …

We report on high‐performance computing (HPC) fully deterministic simulation of ground
motions for a moment magnitude (⁠ M w⁠) 7.0 scenario earthquake on the Hayward fault …

In this study we present evidence that nonlinearity can be directly observed in acceleration
time histories such as those recorded at the Wildlife Refuge and Kushiro Port downhole …

Large earthquake ground‐motion simulations in 3D Earth models provide constraints on site‐
specific shaking intensities but have suffered from limited frequency resolution and ignored …

We compare estimates of the empirical transfer function (ETF) to the plane SH-wave
theoretical transfer function (TTF) within a laterally constant medium for invasive and …

The nonlinear response of a flexible structure, subjected to generally supported conditions
with nonlinearities, is investigated for the first time. An analytical procedure is proposed first …

Nonlinear site‐response analyses are becoming an increasingly important component of
simulated ground motions for engineering applications. For regional‐scale problems for …