This study targets the behavior of shear buildings equipped with tuned liquid column dampers (TLCD) which attenuate dynamic load-induced vibrations. TLCDs are a passive damping system used in tall buildings. This kind of damper has proven to be very efficient, being an excellent alternative to mass dampers. A dynamic analysis of the structure-damper system was made using the software DynaPy, de...

This paper investigates the optimized parameters of Tuned Mass Dampers (TMDs) for high-rise structures considering Soil Structure Interaction (SSI) effects. Three optimization methods, namely the ant colony optimization (ACO) technique together with artificial bee colony (ABC) and shuffled complex evolution (SCE) methods are utilized for the optimization of TMD Mass, damping coefficient and spr...

Lightweight pedestrian structures constructed with high strength-to-weight ratio materials, such as fiber-reinforced polymers (FRP), may experience large accelerations due to their lightness, thus overcoming the serviceability limit state. Additionally, uncertainties associated human–structure interaction phenomena become relevant. Under these circumstances, variations in actions could modify m...

With the development of science and technology, process urbanization is accelerating, many structures are developing towards trend large-scale. The emergence large-scale such as aircraft, buildings bridges provides a more comfortable convenient living space for human beings, but there also some mechanical problems in design manufacturing these structures. For example, due to influence size, win...

Due to the shortage of land in cities and population growth, significance high rise buildings has risen. Controlling lateral displacement structures under different loading such as an earthquake is important issue for designers. One best systems diagrid method which built with diagonal elements no columns manufacturing tall buildings. In this study, effect distribution tuned mass damper (TMD) o...