Recently, the interest in research for optimization of viscous dampers in design of buildings
has been increasing. In this study, the effect of soil-structure interaction has been taken into …

Buildings constructed adjacent to the slope crest in seismically active areas might be
exposed to serious danger when they are subjected to strong earthquake excitations. The …

We present the results of nonlinear dynamic analyses performed on reinforced concrete
(RC) moment resisting frames (MRFs). The analyses were performed considering SSI by …

This paper studies the effect of soil–structural interaction (SSI) on gravity‐based wind turbine
towers equipped with tuned mass dampers (TMDs) subjected to earthquake loading. A small …

In this paper, the significance of soil–structure interaction (SSI) in optimal placement of
viscous dampers in steel frames is studied. Optimal placement of dampers is determined …

In recent studies, it has been stated that tuned tandem mass dampers (TTMD) will be a
practical mechanical solution to reduce the dynamic responses of structures under seismic …

The goal of this study is to determine an appropriate geometric scaling coefficient for small-
capacity shaking table tests representing the full-scale field conditions rigorously for the soil …

This paper presents the seismic design method for self-centering (SC) bridge piers
considering soil-structure interaction (SSI) based on the inelastic displacement ratios (CR) …

Several researches on past earthquakes reveal that dynamic loading affects earthquake
parameters of buildin g. Due to interaction of soil and structure unexpected distress and …

Up to now, the performance-based concept has been very rarely extended from engineering
phase to other phases within the building process. To achieve more sustainable and more …