Given the excessive demolition of structures each year, the issues related to the generated
structural waste are striking. Bricks being a major constituent in the construction industry …

This paper presents a comprehensive investigation into the behavior of concrete confined
with hybrid Basalt and Chopped Strand Mat (B-CSM) fibers. The newly proposed B-CSM …

Each year, massive amount of construction waste is generated that needs proper attention in
terms of its disposal without deteriorating surrounding environment. A significant portion of …

Reusing the waste materials generated from demolishing existing infrastructures can play a
vital role in minimizing their detrimental environmental impacts. A substantial portion of the …

Recent research have highlighted the potential of hybrid confinement, combining high
tensile strength fiber-reinforced polymers with large rupture strain confinement. This study …

Recent earthquakes have highlighted the need to strengthen existing structures with
substandard designs. NFRPs provide a sustainable, cost-effective alternative for …

The hybrid confinement system combines various fiber types within a single matrix, allowing
for the adjustment of volumetric ratios to optimize confinement performance. Synthetic FRPs …

The recent experimental results for slender reinforced concrete beams with a thin steel fiber
reinforced concrete (SFRC) jacket have demonstrated their feasibility in enhancing the …

The brittle behavior of concrete under axial compressive loading has been a persistent
issue. This study investigates the effectiveness of a hybrid Basalt-E-glass confinement (B …

The present study investigates the bending bond characteristics of novel hybrid sprayed
fiber-reinforced polymer (SFRP) composites containing fiber core/anchors. Carbon or basalt …