Prefabricated 3D modules are widely adopted in building construction for better quality,
lower demand on labor and construction space, faster construction, and less emission …

With the aim of damage control, a new earthquake-resilient prefabricated column-flange
beam-column joint (PCFBCJ) had been presented for the connection between column …

Given their inherent unique superelasticity, the use of shape memory alloys (SMAs) to build
seismic-resistant self-centering devices has presented attractive prospects in the field of …

In this paper we propose a novel form known as the steel-PEC spliced frame beam (SPSFB),
which is intended to maintain the advantages of the PEC beam while reducing the …

A new type of Fe–Mn–Si alloy damper is developed in this study to enable significant
enhancement of the low-cycle fatigue (LCF) resistance compared with conventional metal …

Modular steel buildings have gained significant attention in recent years due to their
potential to offer efficient construction methods, improved performance, and enhanced …

The demand for developing recoverable functional structure systems presents new
challenges in the field of earthquake engineering. An earthquake-resilient beam-to-column …

In order to avoid the brittle failure of welded region at the beam-column connection of steel
frame under strong earthquake action and achieve resilient objective, the steel frame …

To improve the seismic performance of the beam-to-column joints in steel moment-resisting
frame structures, a new type of self-centering beam-to-column joint assembled with low-yield …

In this study, three concrete-filled steel tubular (CFST) column-steel beam bolted joints with
external reinforcing diaphragm were tested under cyclic loading using 1/2 scaled …