Currently available inversion methods for providing seismic excitation for soil–structure
interaction (SSI) systems regard all ground motions as the body wave component and invert …

Assessing the built environment's seismic risk relies increasingly on numerical simulations
of the response of infrastructure components to seismic motion. Since forecasting …

We introduce a novel data‐informed convolutional neural network (CNN) approach that
utilizes sparse ground motion measurements to accurately identify effective seismic forces in …

Output‐only identification of civil structures is a challenging yet in escapable task, as input
excitations are unmeasurable in many real‐world situations. This paper presents a new …

Inversion of surface‐wave free fields is of great importance in providing seismic excitations
for the finite element (FE) analysis of soil–structure interaction (SSI) systems. In the case of …

Inversion is the process that evaluates input motion on the bedrock from surface motions,
primarily for use as input excitation for site seismic response or soil-structure interaction …

In this paper, the three-dimensional time-domain inversion of ground motions and its
application are performed. The relationship between the incident wave time series and …

An accurate seismic response simulation of civil structures requires accounting for the
nonlinear soil response behavior. This, in turn, requires understanding the nonlinear …

A new blind identification technique is devised within a probabilistic framework to identify
site effects from ground surface accelerograms. Ground response analysis is an essential …

This paper presents a new discretize-then-optimize (DTO) method for dynamic force
inversion in a two-dimensional (2D) linear elastic, damped solid based on Runge–Kutta …