The ductile design principle has been widely adopted in seismic design of structures, so the
main structural components are designed to have the dual functions of bearing and energy …

Disc spring-based self-centering viscous damper (SCVD) has emerged as a novel
technology, offering velocity-dependent energy dissipation and exceptional self-centering …

Self‐centering energy dissipative (SCED) braces have the potential to contribute greatly to
building resiliency, because the braces can limit both maximum and residual story drifts …

The study proposes a solution of constructing the inevitable rectangular opening in the
reinforced concrete (RC) slab upon the metallic damper for the RC beam-column frame to …

In this paper, a new rocking shear wall with dual self-centering energy dissipation system is
proposed for seismic resilient application. It mainly consists of pinned RC wall, pre-pressed …

This study proposed a novel lightweight bolt-connected concrete sandwich wall panel
structure with the advantages of thermal insulation, construction efficiency, demountability …

This study presents an innovative self-centering viscous damper with flag-shaped hysteretic
behavior to address critical issues in the current self-centering bracing system and enhance …

Self-centering (SC) precast wall structures have emerged as earthquake-resilient structural
systems with excellent seismic performances characterized by low damage as well as …

In order to reduce the residual displacement of building structures caused by the damage on
the reinforced concrete shear wall, this study develops a novel self-centering shear wall with …

The severe damage of conventionally designed buildings and consequent socioeconomic
impacts after major seismic events have spurred the development of self‐centering systems …