Fuzzy decision-making and analytic hierarchical processes are ubiquitously used to predict
the seismic damage and vulnerability of building clusters. However, the factors affecting the …

Control algorithms are an essential part of effective semi-active vibration control systems
used for the protection of large structures under dynamic loading. Adaptive control …

In the last two decades, model predictive control has made significant progress in research
and industrial process control. This achievement is through the high ability of model …

Purpose In real life, excitations are highly non-stationary in frequency and amplitude, which
easily induces resonant vibration to structural responses. Conventional control algorithms in …

Control strategies envisioned for the suppression of vibration of a structural system often
cause adverse effects such as a control spillover. In this study, a systematic investigation …

It is thought that structural control systems developed for structures exposed to earthquake
warnings may have an important place in the future as well as today. Among these, base …

Nowadays, the issue of reducing a structure's seismic responses has received much
attention. Accordingly, numerous advancements have been made in developing the most …

This research presents a new methodology for managing control forces in
magnetorheological dampers (MR dampers), applicable to three-dimensional structures. It is …

This study presents a unified three-dimensional mixed-element formulation using analytical
interpolation functions for the geometric nonlinear analysis of slender columns using one …

The study investigates the problem of decentralized semi-active control of free vibration. The
control scheme is designed for implementation in a modular controller architecture, where a …