This paper reviews the state-of-the-art and–practice on various methodologies developed to
control the wind-induced vibration of tall buildings. Tall buildings experience wind-induced …

This paper provides an overview of building structure modeling and control. It focuses on
different types of control devices, control strategies, and sensors used in structural control …

A semi-active fuzzy control technique to enhance the seismic performance of cable-stayed
bridges using magneto-rheological (MR) dampers is presented. Conventional semi-active …

A review of structural control focused on controllers is presented here. Several essential
considerations must be addressed while designing a controller for the semi-active control …

A new method of active structural control, which suppresses vibrations in civil structures due
to seismic shocks, has been developed. It is based on the equivalent-input-disturbance …

Tuning the seismic control systems in order to achieve optimal performance is a challenging
area due to the system and disturbance uncertainties. Although, model uncertainties …

Hedge algebras (HAs) theory has been extensively developed with many effective
applications in different fields of fuzzy theory such as data mining, fuzzy database system …

Magnetorheological (MR) damper is a prominent semi-active control device for earthquake
responses mitigation of structures. The most important topic for the intelligent MR structures …

Much research has been conducted in recent decades on structural control to improve the
performance of different towers and high-rise buildings against severe earthquakes and …

Active control problems of seismic‐excited civil structures have attracted considerable
attention in recent years. In this study, a design procedure of the hedge algebra‐based fuzzy …