A Computational Tool for Ground- Motion Simulations Incorporating Regional Crustal Conditions
Yuxiang Tang, Nelson Lam, Hing-Ho Tsang
SEISMOLOGICAL RESEARCH LETTERS | SEISMOLOGICAL SOC AMER | Published : 2021
This article introduces a computational tool, namely ground-motion simulation system (GMSS), for generating synthetic accelerograms based on stochastic simulations. The distinctive feature of GMSS is that it has two independently developed upper-crustal models (expressed in the form of shear-wave velocity profiles), which have been built into the program for deriving the frequency-dependent crustal factors, and one of these models was originally developed by the authors. GMSS also has provisions to allow the user to specify their own preferred crustal profile. Sufficient details of both crustal models (forming part of the seismological model) and the accelerogram simulation methodology are p..View full abstract
The financial contribution of the Commonwealth Government of Australia through the Cooperative Research Centre Program is gratefully acknowledged. The assistance provided by Elisa Lumantarna at The University of Melbourne, in related research work, is acknowledged. The valid and constructive comments given by both anonymous reviewers and EditorinChief Allison Bent are highly acknowledged.