In this paper, the seismic behavior of BRBF structures is studied and compared with special
concentric braced frames (SCBF). To this purpose, three BRBF and three SCBF structures …

Shear failures in RC members are associated with brittle collapses, for this reason, shear
strengthening of existing structures is often required. This paper presents an innovative …

In the current study, the influence of beam and column dimensions on the seismic response
of joints is numerically evaluated by changing beam and column dimensions in ABAQUS …

This study investigates the effect of continuous rectangular spiral shear reinforcement on
reinforced concrete slabs under low-velocity conditions, crucial for scenarios such as …

Shear failure of reinforced concrete falls into the category of brittle and undesirable failure
modes and has caused catastrophic incidents in structures and infrastructures throughout …

Wide beams are commonly used in reinforced concrete (RC) structures for architectural
considerations such as facilitating the placement of services and providing adequate clear …

This paper introduces a new shear reinforcement beam-column joint mechanism—the
twisted opposing rectangular spiral—and carries out numerical and experimental …

Reinforced concrete (RC) slabs represent integral structural components extensively
employed in architectural and infrastructural frameworks owing to their inherent robustness …

The growing demand for innovation and carbon dioxide reduction in the civil construction
sector has accelerated interest in eco-friendly and sustainable alternatives to traditional …

Composite beam construction usually associated with old-style Hot-Rolled Steel Section
(HRSS) has proven to act much better in compare with Cold-Formed Steel Section (CFSS) …