In recent decades, CO 2 emissions from concrete production account for 5% of the global
total carbon emissions. At the same time, the amount of industrial waste is also increasing …

Improving the concrete mechanical properties/durability indicators and reducing its costs
and environmental damage by using waste materials have always been strategies for the …

In this paper, research was conducted to investigate the performance of copper slag in self-
compacting concrete (SCC) pertaining to fresh and hardened properties. In this study …

Now-a-days, researchers are endeavoring to discover new substitute materials to elucidate
the scarcity of natural aggregates in the construction industry. One such alternative is copper …

The copper slag waste (CSW) is an industrial by-product, the annual production of which is
huge and its disposal and management are a big challenge for environmentalists. This …

Copper manufacturing industry produces abundant quantity of copper slag as an industrial
by-product. Its management and disposal poses a major challenge for the environment, thus …

Copper slag (CS) is a hazardous by-product of copper manufacture and its disposal has
resulted in serious environmental issues. In this study, the gamma-ray shielding capacity …

The copper production process causes waste and by-products called waste copper slag
(WCS). A considerable amount of WCS is produced globally. This research aims to utilise …

Recycling trash and protecting natural resources are two of the many benefits of using
copper slag as a fine aggregate in a concrete building. However, stakeholders need proven …

The present study experimentally investigates the mechanical and durability performance of
recycled aggregate concrete (RAC) incorporating copper slag as fine aggregate. The coarse …