Coal waste has gained interest as an alternative aggregate for concrete production. Still, a
topic that has been less researched is the serviceability of concrete containing coal waste …

The purpose of this paper is to evaluate the behavior of vulnerable joints of substandard RC
frames, improved by two different methods, 1-Shear and flexural retrofit of beam–column …

This paper proposes a simple and practical method for retrofitting deficient (non-seismic
detailed) exterior beam-column joints based on fixing steel plates and angles around the …

Column strengthening is a very common practice for improving the seismic performance of
reinforced concrete frame structures or repairing damage after a seismic event. Several …

The purpose of this paper is to use high performance fiber reinforced cement composites
materials (HPFRCC) in seismic repair and retrofit of the concrete exterior beams-column …

This paper endeavors to assess the seismic performance of 3D reinforced concrete (RC)
beam-column joints situated on the exterior of buildings, but lacking special ductility …

Fibre reinforced polymers (FRP) are widely used for the strengthening of beams, slabs and
columns due to their light weight and high strength. Compared to the traditional methods like …

This research aims to evaluate the compressive strength of FRP-confined columns using
machine learning models. By systematically organizing codes and models proposed by …

Reinforced concrete buildings are prone to collapse during seismic events due to the brittle
shear failure of non-seismic beam-column joints (BCJ). In this study, two one-third scale …

Numerous existing reinforced concrete (RC) buildings don't fulfill current seismic code
provisions as they haven't been designed to satisfy these provisions. Also, due to many …