Parametric 3D geological modeling facilitates the efficient updating of geological models. A
comprehensive review of existing geological modeling methods reveals that two critical …

To ensure the safety of project construction and reduce development costs, it is necessary to
obtain a reasonable design before project initiation and to analyze and study geological …

In this paper, we present SEM3D: a 3D high-fidelity numerical earthquake simulator that is
tailored to predict the seismic wave field of complex earthquake scenarios from the fault to …

The horizontal-to-vertical spectral ratio (HVSR) method based on ambient noise recordings
is a popular and efficient approach to estimate the seismic site effect parameters. This …

Assessing the renewability of geothermal and hydrogeological resources is a particular
requirement for their future preservation. The sustainable exploitation of a geothermal …

Abstract During the 2016–2017, a seismic sequence struck the Central Italy, involving four
regions (Umbria, Marche, Abruzzo and Lazio) and causing important damages and victims …

We apply interferometry by deconvolution to compute the shear‐wave velocity in shallow
sediments (0–83.4 m) based on earthquake records from a vertical accelerometric array …

The so-called site effects caused by superficial geological layers may be responsible for
strong ground motion amplification in certain configurations. We focus here on the …

Abstract The two-dimensional (2-D) basin-scale seismic site response of the Kitimat valley,
located in the North Coast region of British Columbia, Canada, was investigated. The valley …

Topological relationship identification of geological boundaries greatly affects 3D geological
modeling efficiency. However, due to the complex spatial distribution and unstructured data …