An investigation on soil–structure interaction effects on linear seismic responses of tall tubular frames with damped outriggers

Effect of soil–structure interaction on seismic demands of low-rise RC buildings with shear walls

Effect of soil properties and foundation embedment depth on dynamic behavior of structures with different slenderness ratios

Soil-structure interaction (SSI) is of critical importance for high-rise buildings, dams, bridges, nuclear power plants, silos, chimneys, and water tanks, where seismic performance depends particularly on soil conditions. Furthermore, in embedded structures, embedment can alter the period, stiffness, damping capacity,...

Seismic Performance Evaluation of Mid-Rise RC Buildings Considering Soil–Structure Interaction and Foundation Effects

This study evaluates the seismic performance of an existing seven-story reinforced concrete parking garage (85 m × 50 m plan) that was not originally designed for seismic loads. The structure, featuring flat slabs, ordinary shear walls, and a circular vehicular ramp, is currently supported on bearing piles. Three-dimen...

Influence of Foundation Flexibility on Seismic Behavior of Self-Centering RC Frames

The main aim of this study is to focus on the seismic behavior of a self-centering system considering the effects of foundation flexibility, i.e., soil–structure interaction (SSI), under near-field earthquake motions. The influence of soil flexibility on multistory SMA frames has generally been ignored. Therefore, the...

Effect of nonlinear behaviour of soil strata on seismic performance evaluation of RC buildings

Seismic response of highway skew bridge considering soil structure interaction effects