Salt-induced weathering is a common phenomenon in stone relics, and its traditional
artificial evaluation of severity is greatly affected by subjective consciousness and lacks …

This paper presents the results of an in-situ test and experimental study on a reinforced
concrete wet quenching tower that had been exposed to high temperature and dry-wet …

Reactive powder concrete (RPC) is defined as a cementitious composite material with an
optimized size of granular constituents, very low water-to-binder ratio (w/b), pozzolanic …

Ambient humidity and air pressure have significant effects on the durability of cement-based
materials subjected to sulfate attack. This paper investigated the durability performance of …

Durability of concrete exposed to physical salt attack (PSA) has primarily been studied on
specimens partially submerged in sulfate solution. However, in sulfate-containing soils …

This paper examined the effects of freeze-thaw cycling and sulfate attack on the pull-out
capacity of rock bolts. The freeze-thaw cycling experiments consisted of alternating 4-hour …

Sulfate attack is one of the important reasons for the premature failure of cement-based
materials. In this paper, the deterioration law of mortar by sulfate attack was investigated …

The deterioration of different phases under sulfate attack is a critical durability problem for
cementitious materials. Alkali-activated slag (AAS) is a kind of low carbon footprint …

Sulfate attack is one of the most important factors affecting the durability of concrete, and the
corrosion sources of internal sulfate attack (ISA) mostly come from the raw materials of …

Fly ash can effectively improve the sulfate resistance of immersed concrete by refining the
pore size. However, increase of capillary pores may not be a good thing for salt crystals. In …