The use of concrete mixes with recycled materials has gained traction in research
communities. However, the major drawback of the recycled concrete aggregate (RCA) has …

The accumulation of worn‐out tires creates health and fire hazards, and researchers are
busy to incorporate waste tire rubber in concrete instead of burning or dumping. After …

In order to enhance the idea of sustainability in civil construction, a broad range of materials
can be found in building debris suitable for recycling as an aggregate. However, recycled …

Shear design procedures should consistently provide accurate predictions across the range
of practical applications, thus ensuring adequate safety and economically optimal designs …

In order to evaluate the shear strength and behavior of high‐strength concrete beams
without web reinforcing, eight high‐strength continuous concrete beams with cross sections …

Traditional steel-reinforced concrete beams are prone to corrosion, necessitating frequent
maintenance and repairs. Glass Fiber Reinforced Polymer (GFRP) bars present a promising …

Traditional steel-reinforced concrete beams are prone to corrosion, necessitating frequent
maintenance and repairs. Glass Fiber Reinforced Polymer (GFRP) bars present a promising …

This study investigated the influence of beam depth with varying longitudinal reinforcement
without shear reinforcement. Size effect, which is described here in as the decrease in shear …

This study is based upon the experimental investigation of shear reinforcement used in the
reinforced concrete beams by using swimmer bars. In practice, vertical stirrup system is used …

An analytical exploration of the effects of shear span-to-depth ratio on the shear strength of
reinforced concrete beams was carried out using a meso-scale finite-element method. Prior …