This research proposed a calculation method for the deformation of the frame system with
the artificial controllable plastic hinges (APHF). The lateral deformation amplification …

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 …

Earthquake-resilient functionality has become a leading issue in seismic engineering, and
as an important component of earthquake-resilient, cross joints have become a research …

Prefabricated steel structure systems have become a new trend in the development of steel
structures. In particular, earthquake-resilient steel structures have become a hot issue in the …

To achieve a damage-controllable and earthquake-resilient steel frame with more feasible
and simple dissipative devices, an innovative steel moment-resisting connection with bolted …

In order to improve the energy dissipation capacity and ductility of steel frame structures, and
simultaneously to achieve damage control of the system and quick resilience of structural …

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 …

A novel steel beam-column joint with a replaceable bio-inspired hinge (RBHJ) was
developed to simplify the prefabricated beam-column joint structure in this paper. The …

Achieving controlled damage and earthquake resilience of column foot joints is the key to
improving the overall performance of the structure. Besides, the restoring force model of the …

A resilient steel frame structure equipped with replaceable ductile and energy-dissipative
connection components was developed in this study. Connective components, such as …