In cold regions, the action of freeze–thaw (FT) cycles is regarded as the main cause of
concrete deterioration. The coupling actions between FT cycles and chemical actions, such …

Recently the waste of asphalt pavement materials has been increasing in day-to-day life by
cost and economic criteria in the Indian environment. In this regard, the use of recycled …

Mortar samples' strength and durability properties can be improved by adding different
pozzolanic materials and fibers to their mixtures against freeze–thaw (FT) periods. For this …

Facing the problems of fossil energy shortage and solid surface icing, the use of solar
energy to remove surface ice accumulation is a promising solution. Here, we propose a …

Solar energy-facilitated materials are promising to solve energy loss problems for anti-
icing/deicing applications by conversion clean solar energy to thermal energy. However, the …

Freeze–thaw damage is one of the most severe threats to the long-term performance of
concrete pavement in cold regions. Currently, the freeze–thaw deterioration mechanism of …

This study mainly examines the slump, mass loss (ML), abrasion loss (AL), residual
compressive strength (RCS), and residual splitting tensile strength (RSTS) of concrete …

Considering environmental protection and resources saving, it has been a common
approach to apply industrial solid wastes and waste oyster shells (WOS) in cement-based …

In this investigation, transparent photothermal coatings utilizing plasmonic copper
chalcogenide (Cu2–x S) nanoparticles were designed and fabricated for the deicing of glass …

Graphene-enhanced cement-based composites are gaining prominence in civil engineering
due to their superior performance characteristics. However, the high production costs of …