A review of the last 16 years of research (2005–2021) on seawater-mixed concrete is
presented. A very significant amount of research, both fundamental and applied, has been …

Microbially induced corrosion (MIC) on concrete represents a serious issue impairing the
lifespan of coastal/marine infrastructure. However, currently developed concrete corrosion …

This work examines the micromechanical properties of AFm phases formed in seawater and
deionized water. As the interlayer SO 4 2− in the AFm phase is gradually replaced by Cl− in …

While concrete production accounts for significant CO 2 emissions and natural resources
(eg, river sand and freshwater) depletion, the incorporation of sea sand, seawater, and …

This work investigated the influence of seawater on the growth rate, morphology, and
properties of ettringite (AFt). The results showed that, in the absence of calcium hydroxide …

Understanding the hydration kinetics and interactions of hydration products of cement
components with chlorides is crucial for designing durable cement-based materials. The …

Due to the shortage of fresh water, the use of seawater in concrete production could
alleviate the demand for the limited resource. To promote the use of seawater in ultra-high …

The application of seawater and sea sand concrete (SWSSC) is beneficial for marine
engineering, but the impact of aggregate gradation on its alkali-silica reaction (ASR) …

Fiber cement reinforced with pulp fibers is one of the key drivers for the decarbonization of
nonstructural building materials, where the inclusion of sustainable pulp fibers at high …

The enhancement of cement properties through the integration of composite materials has
become a prevailing topic, as it offers a solution to the limitations associated with single …