Superhydrophobic materials are investigated extensively because of their excellent surface
properties, such as self-cleaning, oil-water separation, corrosion resistance, anti-icing, and …

Silanes are widely used to enhance the corrosion resistance of cement-based materials by
endowing the substrate with hydrophobicity. However, their applications in fly ash/slag …

Frequently used concrete is the second most used material after water worldwide, but it is
vulnerable to cracks, leading to decreased durability and service life. Self-healing …

The bleeding and segregation of coarse tailings cemented backfill (CTCB) seriously affect
the effect of roof-contacted filling, and may even lead to safety hazards in mining. The …

This study presents the results from the microbiological induction of bacterial biomass (ie
biocementation) in concrete mixtures to enhance the mechanical and durability properties …

To more accurately evaluate the relationship between pores and compressive strength of
foamed concrete, the effects of density, water-cement ratio, and foaming agent type on …

The clogging of pervious concrete has always been a concern for many researchers.
Hydrophobic agents were added in the pervious concrete in this study to improve its anti …

To improve the formability and bonding strength of 3D printing soil, a temperature-
stimulating responsive intelligent soil-hydrogel 3D printing formula was innovatively …

The use of microorganisms that induce calcium carbonate or calcite precipitation has been
proposed as an alternative to solve cracking problems in cement-based materials and to …

Buildings are facilities created by humans to support various human activities. Potential
damage to old buildings, such as the appearance of cracks in building concrete. Self …