The paper presents a comprehensive review on shear strength provisions of RC beam–
column joint in various national codes viz. ACI 318-2014, NZS 3101-1: 2006, EN 1998-1 …

A new model that can simulate the shear behavior of reinforced concrete connections in
structures subjected to seismic loads is proposed. The model uses limiting principal tensile …

The seismic response of non‐ductile reinforced concrete (RC) buildings can be affected by
the behaviour of beam‐column joints involved in the failure mechanism, especially in typical …

The assessment of the shear strength of two dimensional (2D) reinforced concrete (RC)
exterior beam-column joints is an open issue and its solution is still a point of discussion in …

Beam-column joint is a key part for reinforced concrete (RC) frame building structures under
the impact of severe lateral actions of seismic or wind loading. Prior works indicate that there …

A wide experimental program on beam-column RC joints carried out in the framework of the
DPC-Reluis Project (DPC: Department of Civil Protection, Reluis: Network of University …

The beam-column joints are the most critical and vulnerable part of the RC framed structures
when subjected to earthquake load. The objective of the present study is to investigate the …

Six full-scale specimens were constructed and tested under reversal cyclic loading to study
the seismic behavior of exterior glass-fiber-reinforced-polymer (GFRP) reinforced concrete …

Beam-column joints have been recognised as one of the potentially weaker elements of
reinforced concrete moment-resisting frame structures when subjected to seismic lateral …

In this article, the effectiveness of a High-Performance Fiber-Reinforced Concrete (HPFRC)
jacket for the seismic retrofitting of existing RC corner beam-column joints is experimentally …