Several experimental studies have shown that rocking shallow foundations have beneficial
seismic performance features: recentering and energy dissipation with little damage. A new …

Numerical models of seismic-resistant structures are typically validated by comparing
numerically predicted key seismic response parameters to those obtained from benchmark …

In this paper, the results of snapback, cyclic and forced-vibration tests performed by
laboratory and full-scale facilities are collected and analysed to investigate the nonlinear …

The major objective of this study is to correlate rocking foundation performance parameters
with their capacity parameters and earthquake demand parameters using results obtained …

The rapidly evolving climate change together with the urgent need of modern societies for
resilience against catastrophic threats set the sustainable and resilient seismic design of …

The objective of this study is to develop data-driven predictive models for peak rotation and
factor of safety for tipping-over failure of rocking shallow foundations during earthquake …

Re-purposing the foundations of older wind turbines to install new and larger wind turbines
can reduce the investment costs and carbon emissions of wind energy development …

The objective of this study is to develop data-driven predictive models for seismic energy
dissipation of rocking shallow foundations during earthquake loading using multiple …

This paper aims to introduce simple empirical models to describe the nonlinear behavior of
shallow foundations under rocking vibration. The model is developed based on parametric …

The objective of this research is to develop preliminary predictive models for the
performance of rocking shallow foundations using machine learning algorithms and …