As a sustainable alternative to steel and concrete, cross laminated timber (CLT) shear wall
systems are getting increasingly popular in mid-rise and high-rise construction, and that …

This paper presents a comprehensive state-of-the-art review of the research on the design of
lead extrusion dampers (LED) and their application in the structures. Among the passive …

The emerging trend in earthquake-resistant structural design is to dissipate some part of the
seismic input energy through energy-dissipating devices (EDDs). A prominent candidate to …

A new type of rebar coupler, non-slipping combined threaded sleeve (NCTS), is proposed,
and based on this, replaceable energy dissipation (ED) connector is assembled. An …

Currently the basis for the seismic design of most modern structures is to use a mechanism
of the sacrificial members. Consequently, damage to structures under a strong ground …

Ensuring the robust performance of damping devices during intense vibrations, such as
seismic excitation, is crucial for maintaining structural protection. Hazard analysis serves as …

During the past decade damage avoidance initiatives have attracted considerable attention
among researchers and earthquake engineers. The paper proposes a Disc Spring Damage …

In the earthquake-resistant design of the structures, supplemental energy dissipative
devices have increasingly been utilized for structural response control. The lead extrusion …

The functioning of adjoining similar two-degree-of-freedom structures interconnected by
lead damper under random excitation is investigated. The governing equation of motion of …