The construction sector, in addition to being very important for the economy of several
countries, also has a significant impact on the environment as it causes a huge natural …

Using recycled aggregate s from construction and demolition waste can preserve natural
aggregate resources, reduce demand of landfill, and contribute to sustainable built …

This study aims to evaluate the macro-micro-meso-mechanical properties of basalt fiber (BF)-
reinforced recycled aggregate concrete (BFRAC). Firstly, the effects of BF with different …

Recycled coarse aggregates (RA) are sustainable alternatives to natural aggregate (NA) in
concrete; however, their mechanical performance has not been competent to the later. The …

In this study, natural aggregates, recycled aggregates (RAs), and carbonated RAs were
combined to prepare concrete. Strength, drying shrinkage, microstructures, and the carbon …

Concrete is the most extensively used building material across the world. It can
accommodate huge volumes of industrial waste by-products such as fly ash, ground …

To explore the complicated functional relationship between key parameters such as the
recycled aggregate properties, mix proportion and compressive strength of recycled …

High-toughness recycled aggregate concrete (HTRAC), as an innovative green building
material, showcases outstanding performance and environmental attributes. To investigate …

To deal with the poor mechanical and durability of Recycled aggregate concrete (RAC), the
effects of the addition of Nano-SiO 2 (NS), Basalt fiber (BF), and composite addition of NS …

Concrete production and construction and demolition waste generation are some of the
main contributors of constant carbon dioxide emission into the atmosphere. The main aim of …