HIGHLIGHTS
- who: Magdalini D. Titirla from the During an earthquake, the seismic energy introduced into a building leads to the creation of plastic deformations, hinges, and cracks [1]Passive energy dissipation dampers have widely been used in recent years to reduce the dynamic response of civil engineering structures subjected to seismic loads. One of their advantages is easy replacement and repair, and they are effective because they minimize structural damage by absorbing structural vibrational energy and dissipating energy through their hysteresis behavior. More generally, they can be categorized into dampers that depend on displacement, dampers that depend on . . .
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