In this review, steel slag usage in the cement and concrete industry and its environmental
effects were examined. Also, its physical and chemical structure, its effect on the …

Steel slags are by-products generated in high volumes in the steel industry. Their main
constituents are calcium, silicon, ferric, aluminum, and magnesium oxides. Larnite, alite …

Steel slag has been used as supplementary cementitious materials or aggregates in
concrete. However, the substitution levels of steel slag for Portland cement or natural …

Natural aggregate is commonly used in mortar and concrete. In some places in the world,
the natural aggregate may no longer reach the construction demands in terms of quality …

World sustainable development concerns finding new solutions for mitigation of waste
accumulation on landfills and global warming increase. New clean technologies, which can …

Electromagnetic wave (EMW) pollution negatively impacts information, equipment security,
and the human body. However, neither powder phase absorbent nor ferrite fiber using …

The efficiency of radiation shielding is crucial across industries having radioactive activities,
from medical facilities to nuclear power stations. Radiation-Shielding Concrete (RSC) …

Artificial steel slag aggregates were prepared via carbonating the mixes of steel slag, fly ash
and Portland cement, of which the microstructure, property and their impact on the …

Steel furnace slag (SFS) is an industrial by-product that is not commonly utilized in bound
applications because of its potential to contain high contents of free calcium and magnesium …

Present research is focused on replacement of ingredients of concrete with recycled material
and wastewater to compensate the increasing demand of natural resources. Steel slag is an …