Beam-to-column joints experience substantial shear forces and deformations, playing a
pivotal role in maintaining the overall stability and integrity of moment-resisting frames under …

Reinforced concrete moment frame structures in high seismicity regions were often faced
with complicated reinforcement details in the joint resulting in construction difficulty. High …

The quest for innovative design of reinforced-concrete to make it more durable, flexible, and
sustainable has brought a transition from traditional methods of lap splicing to the use of …

Basalt fibers offer potential benefits by improving the energy absorption capacity and impact
resistance of concrete structures, enhancing their resilience. This research investigates the …

This study outlines the post-fire seismic behavior of reinforced concrete beam-column joints.
Due to the lack of sufficient research data regarding the seismic vulnerability of exterior …

Based on the strut-and-tie model, the shear mechanism of steel fiber reinforced concrete
(SFRC) beam-column joints is analyzed. In addition, based on the stress characteristics of …

Beam-column joints undergo substantial shear stresses and deformations during strong
ground motions, significantly influencing overall structural response and integrity. Therefore …

Beam-to-column connections in reinforced concrete moment-resisting frame structures are
vulnerable to high horizontal shear stresses during seismic events. Ensuring integrity, shear …

Anchorage force comprises bond force and bearing pressure when headed bars are used.
Pull-out tests were conducted on 120 concrete specimens to derive a method for calculating …

The past earthquakes revealed the importance of the design of moment-resisting reinforced
concrete framed structures with ductile behavior. Due to seismic activity, failures in framed …