A novel type of self-centering bracing system employing a disc spring-based damper is
presented in this study. The proposed damper employs a special detailing which enables …

Different from the self-centering joint with constant post-yield stiffness (CS joint), self-
centering joint with various post-yield stiffness (VS joint) is proposed to control the seismic …

A novel self-centering device that employs disc springs as its kernel components is
developed and experimentally verified in this study. The device is suitable for use in self …

Many recent research studies focused on the development of innovative seismic-resilient
structures, chasing the objectives of minimising both seismic damage and repair time, hence …

Rotational friction (RF) dampers are among the efficient energy-absorbing devices with
nearly elasto-plastic behavior and stable hysteresis response. However, the lack of self …

It has been shown that having a low post-elastic (secondary) stiffness for conventional
structures can be beneficial in terms of putting a limit on base shear of the structure although …

Multiple physical variables potentially affect the friction coefficient of Asymmetric Friction
Connections (AFC). This paper discusses the cyclic response of a class of AFC subjected to …

To improve the resilience performance of precast concrete frame structure, a novel self-
centering prefabricated concrete beam-column joint with controllable plastic hinge (PJ-CPH) …

This paper investigates the experimental behavior of a self-centering (SC) timber brace that
employs the resilient slip friction joint (RSFJ) for energy dissipation. Due to the inherent …

One recent solution to reduce the building repairing costs, in case of exceptional or
destructive seismic events, is represented by the Sliding Hinge Joint (SHJ), initially …