From results of a recent series of centrifuge model tests, this paper investigates the effects of
shape and embedment on the performance of rocking footings. Rectangular and H-shaped …

This paper presents a field test program of a large-scale soil–footing-structure system
designed with a rocking foundation in a cohesive soil to examine the behaviour of the …

ASCE 41-13 supports three methods of modeling the soil-structure interaction for rocking
footings as components of a foundation-building system: Method 1 uses uncoupled moment …

This paper presents a series of field snap-back experiments of a soil-footing-structure
system equipped with rocking foundation on a cohesive soil. The objective was to …

Many physical model tests have examined the performance of rocking foundations during
cyclic and seismic loading. These tests varied in model size, testing equipment …

Designs allowing the rocking behavior of the foundation during earthquake have been
introduced to reduce the seismic load on the superstructure and the ductility demand on the …

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 …

This paper aims at clarifying the role of dynamic soil–structure interaction in the seismic
assessment of structure and foundation, when the non‐linear coupling of both subsystems is …

Nonlinearity potential of soil-foundation interface has such unknown aspects inspired by
dynamic inherence of earthquake for embedded foundations. Accordingly, in this paper, a …

The concept of rocking shallow foundation as a base isolation mechanism has been
incorporated into seismic design guidelines, but a feasible design method is yet to be …