This study focused on sustainable and novel development of concrete through treated and
untreated plastic waste aggregates. In this study, the surface of Elec-waste coarse …

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

Plastic waste has increased significantly in recent years as a result of fast population growth
and urbanization. Studies on the incorporation of plastic aggregates as a substitution for …

To tackle the issues of inadequate mechanical properties of recycled aggregate concrete
and its limited application in load-bearing structural components, a high-performance hybrid …

Structural concrete aggregate can be substituted with sustainable alternatives from
construction and demolition waste, such as reclaimed asphalt pavement (RAP). This …

This paper presents experimental findings from testing seventeen reinforced concrete deep
beams, categorized into four groups based on the presence and type of openings. A novel …

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 …

Considering the substantial production of concrete and the significant generation of
demolition waste resulting from the dismantling of old concrete structures, the reuse of …

En este estudio titulado" Influencia de la incorporación de fibra de vidrio en las propiedades
físicas y mecánicas del ladrillo artesanal elaboradas en la comunidad de Kokan-Puno …

his article compares the deflections of reinforced concrete beams with reinforcement
degrees of ρ= 1.02% and ρ= 1.78%, made of lightweight aggregates, ie Certyd, LECA, and …