The present article aims to provide an overview of the consequences of dynamic soil-
structure interaction (SSI) on building structures and the available modelling techniques to …

Modeling the recovery process of a community's infrastructure after the occurrence of
extreme events is now at the forefront of research. Estimating post-disaster recovery of either …

When a structure supported on shallow foundations is subjected to inertial loading due to
earthquake motions, the foundation may undergo sliding, settling and rocking movements …

Soil-structure interaction (SSI) effects are usually omitted in the seismic vulnerability
analyses of buildings. However, it has been proved that they might notably affect their …

Nonlinear behavior at the soil–foundation interface due to mobilization of the ultimate
capacity and the associated energy dissipation, particularly in an intense earthquake event …

Seismic fragilities of buildings are often developed without consideration of soil-structure
interaction (SSI), where base of the building is assumed to be fixed. This study highlights …

Seismic vulnerability analysis of structures is usually accomplished without regard for soil–
structure interaction (SSI). This is while accounting for SSI can result in variation of intensity …

Practical guidelines for characterization of soil-structure interaction (SSI) effects for shallow
foundations are typically based on representing foundation-soil interaction in terms of …

The mutual behavior between the response of structure and soil, named soil-structure
interaction (SSI) may become significantly important to be considered when structures are …

The mechanical properties of viscoelastic dampers (VED) generally vary depending on the
loading conditions such as input frequency, amplitude, and temperature, which makes the …