The beam-column connection is the most vulnerable part of the precast moment-resisting
frame in earthquakes. A novel beam-column connection using a metallic damper is …

A beam-column connection with satisfactory seismic performance and assembly efficiency is
preferred in prefabricated structures. An evolved detachable configuration for the precast …

The use of precast concrete elements in construction leads to increased output quality,
better product control, cost savings, and reduced construction time. The main problem of …

In the design of steel building frames, comprehensive consideration is required to determine
beam-to-column connections because their characteristics largely influence the …

A novel prefabricated beam-to-column steel joint (PSJ) for precast concrete structures was
proposed in this study. The joint had the advantages of easier to fabricate and more …

The beam-column connection is the weakest link of the precast concrete (PC) frame in
earthquakes. An innovative friction damper (FD) as connector is proposed in this paper to …

In this study, a novel prefabricated beam-to-column steel joint suitable for precast concrete
structures was developed. The proposed steel joint with dampers could replace cast-in-situ …

In this study, a simple moment-resisting precast concrete beamcolumn connection is
proposed for highly seismic regions. An experimental study was carried out to investigate …

A satisfactory design for such a connection was developed and the performance of the
connection experimental/y investigated. A total of I 1 tests were conducted on full scale …

Prefabricated structures are widely used in civil infrastructure, attributed to the advantages of
environmental sustainability, easy in-situ operation, short construction period and low-cost …