This paper deals with reducing CO 2 emissions from cement production and finding
alternative uses for electronic waste (E-waste) fibers in some innovative applications in self …

The utilization of recycled waste in the production of new concrete raises significant
concerns regarding the quality of the resulting concrete. One prominent drawback of …

This study addresses the mechanical limitations of concrete fabricated with recycled brick
and concrete as partial replacement of coarse aggregates, which exhibit inferior strength …

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 …

The building and construction industry's demand for steel reinforcement bars has increased
with the rapid growth and development in the world. However, steel production contributes …

Each year, an enormous amount of construction waste is produced worldwide. The reuse of
construction waste in construction works is a sustainable solution. The present research …

The rise of natural FRPs as ecological alternatives to synthetic ones has highlighted the
need for studies on partial confinement using cotton ropes, which offer cost-effective, low …

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

Geogrids, first developed in the late 20th century, revolutionized soil reinforcement using
polymer materials in grid-like structures to enhance soil stability, reduce erosion, and …

This study examined the effect of a combination of steel fiber waste tyre (SFWT) and crumb
rubber (CR) on high-strength concrete. Steel fiber and crumb rubber ranging in size from 1 …