This paper provides a comprehensive review of the progresses in high-performance coral
aggregate concrete from raw materials, design principle, mechanical properties, volume …

The utilizations of locally available marine resources (eg, seawater, sea-sand or coral sand,
and coral coarse aggregate) for concrete preparation on reef or island areas contribute to …

Coral aggregates replace traditional aggregate sources to prepare coral aggregate concrete
(CAC) in remote island or reef areas contributing to reduced construction costs and periods …

This study aims to explore the viability of employing alkali-activated materials (AAMs) as
alternatives for ordinary Portland cements (OPCs) in seawater sea-sand concretes, thereby …

Concrete strength can be effectively enhanced by external fiber reinforced polymer (FRP)
confinement. However, it is found from the literature that the strength enhancement …

The use of coral aggregates to replace traditional aggregate sources for preparing seawater
coral aggregate concrete (CAC) in remote reef areas contributed to the reduced construction …

In recent decades, fibre-reinforced polymers (FRPs) have received extensive attention from
the civil engineering field due to their light weight, high strength, corrosion resistance …

This paper presented an experimental investigation on the axial stress–strain behavior of
cement-based seawater coral aggregate concrete (CAC) and slag-based alkali-activated …

This study aims to investigate the macroscopic mechanical properties and mesoscopic
damage mechanisms of basalt fibre-reinforced seawater sea-sand slag-based geopolymer …

In the extremely hot and humid marine environment in the South China Sea, the application
of Cr alloy steel bars and coral aggregate concrete (CAC) overcomes the problems of low …