Abstract
Retrofitting and building design using passive energy dissipation Devices have been shown to be effective techniques for decreasing seismic risk. Numerous complementary energy dispersion devices have been employed to absorb energy and control the reaction of high-rise buildings. The passive control device system has been effectively incorporated into medium to tall structures as a significant energy absorption device system to suppress wind excitation and seismic. In the study, several significant methods are presented that incorporate with vibration controller systems, including vibration controller devices, dynamic behavior of devices, energy dissipation technique, installation technique, and construction recommendations for structural analysis and design. The following kinds of supplementary damping devices were studied in this paper: friction damper devices (FDDs), metallic damper devices (MDDs), viscoelastic devices (VEDs), and viscous fluid devices (VFDs). Though installation mechanics of several devices are available, this paper reviews device installation techniques more accurately. This paper involves an explanation of the standard placement technique, i.e., Lavan Takewaki technique (LTt), and simple sequential searching algorithm (SSSA).
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