The use of supplementary cementitious materials (SCMs) in seawater–sea sand concrete
(SSSC) enhances the concrete performance as well as helps in reducing the excessive …

This paper presents a review of the research on seawater sea-sand recycled coarse
aggregate concrete (SSRAC), which offers a solution to the scarcity of river sand and …

Industrial solid wastes red mud and calcium carbide slag are used to prepare lightweight
aggregate ceramsite by cold-bonded pelletizing technology in this study. The effects of …

This research work proposed an economic and eco-efficient idea to supplement the ductility
and durability of concrete by the simultaneous incorporation of several processed waste …

Polypropylene fibers possess high strength and excellent abrasion resistance, and have
been used to enhance concrete materials. This study investigated the influence of …

This paper presents a pioneering experimental proof-of-concept study to validate a novel
concept of prestress technology that used only pure bio-based composite materials while …

Concrete is the most widely used building material worldwide and causes huge carbon
emissions, high water consumption and negative impacts on the environment. In this …

The meaning of technological progress is to produce economic development and to
increase the level of personal comfort. Sustainability can only be achieved if, at the …

Seawater sea-sand recycled aggregate concrete (SSRAC) has garnered significant
attention from engineers involved in various coastal engineering projects. Fracture …

For marine and coastal engineering, construction resources have become scarce due to a
limited local supply. Sea sand geopolymer-based recycled concrete (SSGRC) is an …