This article uses steel slag (SS) as an aggregate to prepare sustainable concrete. SS is a by-
product of the steel manufacturing and is commonly used in road construction. However …

In the paper, a new form of energy-dissipation steel shear link with corrugated panel (CSSL)
was proposed. Firstly, its basic design principle was suggested, with reference to previous …

This paper established and validated the finite element model (FEM) for novel steel shear
links utilizing corrugated panels (CSSL), analyzed the stress and strain distributions of …

This paper explores the effectiveness of a brace-type hybrid damper (BTHD) to enhance the
seismic performance of a steel staggered truss frame. The study commenced by overcoming …

Aiming to enhance seismic resilience of steel frames, this paper proposes a novel
replaceable self-centering energy dissipative brace (RSCEDB), in which the combined disc …

In this study, the cyclic behavior of Bar Damper (BD) and its effect on the seismic
performance of the steel frame was investigated using numerical and analytical methods …

The use of lateral bearing systems to rehabilitate reinforced concrete frames has been one
of the most important research topics in structural engineering. Non-uniform Slit Dampers …

The objective of this research was to study ADAS dampers and develop equations to
calculate their seismic parameters. A model was used to analyze the dampers with various …

Current double-conical steel dampers, mainly made from low-carbon steel, stainless steel or
high-strength steel, do not perform well in terms of fatigue, energy dissipation, and plastic …

This study explores the possibility of using low yield point steel (LYPS) as the material for
seismic retrofitting braces without casing. While buckling restrained brace has commonly …