Physical modeling is a powerful tool among experimental methods that has been widely
used to simulate the seismic behavior of various earthquake-related geotechnical problems …

A comprehensive series of three-dimensional x-ray computed tomography (XCT) imaging
experiments was conducted to quantitatively assess the multiphase particle-and pore-scale …

Solve Complex Ground and Foundation Problems Presenting more than 25 years of
teaching and working experience in a wide variety of centrifuge testing, the author of …

The purpose of the work is to provide an experimental benchmark on the seismic behavior of
tunnels, with the final aim of calibrating numerical and analytical design methods. A series of …

Although the seismic behaviour of shallow circular tunnels in soft ground is generally safer
than aboveground structures, some tunnels were recently damaged during earthquakes. In …

Offshore wind farm jacket structures are preferable in the deeper waters due to their flexible
construction and cost-effectiveness. However, both wind tower and jacket structure are …

Saturated deposits of loose sand may suffer liquefaction under earthquake shaking.
Liquefaction-induced damage occurs during the earthquake loading and may continue …

This paper presents the experimental results and analysis from two centrifuge experiments
that simulated the seismic response of a gentle slope in soft clay. The two models consisted …

Earthquake-induced liquefaction is typically viewed as an undrained phenomenon with
undrained element tests forming the core of knowledge built around it. However, there is …

This paper presents an investigation into the influence of slope height on the role of
vegetation to improve seismic slope stability. Dynamic centrifuge modelling was used to test …