Extensive research efforts over the last decades have focused on the rehabilitation of
vulnerable reinforced concrete (RC) beam to column moment resisting connections. Shear …

Strengthening the seismic deficient beam-column joints (BCJs) in reinforced concrete
structures is mostly adopted to avoid any devastating consequences of high-intensity …

This paper presents a finite element modeling (FEM) approach to predict the cyclic response
of glass fiber-reinforced polymer (GFRP) reinforced concrete (RC) exterior beam-column …

This paper presents the numerical modeling and behavior of glass fiber-reinforced polymer
(GFRP) reinforced concrete (RC) exterior beam-column joints (T-joints) under cyclic loading …

The proper detailing of joint reinforcement plays an essential role in ensuring adequate
performance of reinforced concrete frames in terms of strength and ductility. The influence of …

The satisfactory performance of reinforced concrete frames is ensured by the joints' proper
design, which enables the connected elements to reach their maximum strength with …

This study numerically investigates the cyclic behavior of glass fiber-reinforced polymer
(GFRP) reinforced concrete exterior beam-column (T-BC) connections (GFRP-RC T-BC …

This study aims to improve the low shear strength of an exterior beam-column joint (BCJ) by
using a different reinforcement pattern or ultra-high performance fiber-reinforced concrete …

Non-seismically designed (NSD) beam-column joints are susceptible to joint shear failure
under seismic loads. Although significant research is available on the seismic behavior of …

The relevant detailing of joint reinforcement plays a major role in ensuring
adequateperformance of reinforced concrete frames in terms of strength and ductility …