The lateral load distributions specified by seismic design provisions are primarily based on
elastic behaviour of fixed-base structures without considering the effects of soil-structure …

This paper is dedicated to evaluate the nonlinear Soil–Structure Interaction (SSI) impact on
the earthquake-based response of vertically irregular reinforced concrete (RC) moment …

This paper aims to improve the effectiveness of the replacement oscillator approach for soil-
structure interaction (SSI) analysis of flexible-base structures on soft soil deposits. The …

Seismic isolation technology has a wide application to protect bridges from earthquake
damage, a new designed bridge pier with seismic isolation are provided for railways in …

Vertical seismic excitations (VSEs) could induce severe damage to building structures and
infrastructural facilities, especially to those with large-spans or long cantilevers. Thus, there …

In this paper, combined effects of material degradation, p-delta, and foundation uplift are
incorporated in a soil-structure-interaction (SSI) framework to assess seismic response of a …

For a quick performance evaluation of existing buildings under an anticipated ground
shaking, the nonlinear static analysis procedures (NSPs) are always an attractive option for …

This study considers the effect of soil-structure interaction (SSI) on the inelastic displacement
ratio (IDR) of structures and presents predictive equations for estimating IDR due to the …

The effect of inelastic response of the soil–foundation interface is explored on the seismic
demand of structures attached on top of shallow foundations. An ensemble of 20 strong …

A new design philosophy termed “rocking isolation” has been advocated in recent studies
on soil–structure interaction (SSI) toward utilizing nonlinear foundation response for seismic …