Although conventional reinforced concrete (RC) shear walls are prevalent in mid-rise to high-
rise framed buildings located in moderate to high seismic regions around the world, these …

Rocking structural systems have been proposed as a promising solution for designing
resilient building structures. These low-damage systems can prevent significant economic …

Abstract Flat Multiple Slit Devices (MSDs) have been introduced in steel constructions
located in earthquake-prone areas as compact hysteretic dampers connected to braces, and …

To reduce the damage to reinforced concrete shear walls in earthquakes and repair costs, a
self-centering wall with sloped plane friction dampers (SPFDs) is proposed. In addition to the …

Conventional shear walls as a lateral-load resisting system have the disadvantage of getting
damaged during severe earthquake shaking and can only be used after repair. This violates …

Currently, a method for designing the damping force for precast wall structures with vertical
damping devices has garnered increasing attention. Therefore, we propose a novel …

Buildings designed based on common regulations usually have a permanent displacement
at the end of severe earthquakes, and this residual drift causes economic costs and safety …

En este artículo se emplea un enfoque energético para validar algunos modelos numéricos
que pueda representar la respuesta global de muros híbridos, bajo la acción de cargas …

Over centuries, natural phenomena have claimed a large number of lives and caused large
amounts of damage. However, they were the reason for the development of knowledge and …

La presente investigación realizada aplica el análisis no lineal como una metodología que
permite pronosticar cómo se comportan las edificaciones y estructuras en general ante la …