Concrete filled steel tubes (CFSTs) show advantageous applications in the field of
construction, especially for a high axial load capacity. The challenge in using such structure …

The ultimate compressive load of concrete‐filled steel tubular (CFST) structural members is
recognized as one of the most important engineering parameters for the design of such …

The correct evaluation of beam flexure capacity is of paramount importance in the capacity
design process of reinforced concrete (RC) frame structures. Even though few experimental …

The majority of low-cycle loading tests on reinforced concrete (RC) beam-column joints were
currently conducted under constant axial loads. During earthquake shaking, the axial load …

The focus of this paper is to investigate the effect of column axial load levels on the
performance of shear deficient reinforced concrete beam column joints (BCJs) under …

Nowadays, fracture mechanics modeling for strengthening structural members is a
challenging issue for structural engineers. The developed fracture mechanics modeling was …

A large share of reinforced concrete (RC) framed buildings is provided with wide beams
being a type of beam allowing greater freedom in the architectural arrangement of interiors …

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 …

In this paper, a discussion is presented about the impact‐induced damage suffered by
bridge pier columns during rockfall events through model tests and impact force, column top …

In this paper, the effects of the axial compression ratio, concrete strength and beam width to
column width ratio on the seismic performance of interior wide beam-column joints were …