Storing CO 2 in building materials is an effective way to utilizing CO 2 and mitigating climate
change. This study presents a new approach connecting the decarbonization of the coal-to …

External sulfate attack (ESA) of cementitious materials has been studied worldwide for a
very long time. This physical/chemical interaction between sulfate ions and the cement …

Red sandstone is rich in reserves, and using it as a mineral admixture to partially replace
cement can save cement consumption and reduce carbon dioxide emissions. This study …

Secondary hydration is the main driving force of autogenous self-healing and directly
impacts the closure of cracks in damaged cementitious materials. In fiber-reinforced cement …

For the combination of ecological environment governance with cement industry upgrading,
this paper seeks innovation by proposing a low-carbon cementitious material, in which …

The sodium sulfate resistance of recycled concrete (RC) under dry-wet (DW) cycle was
studied, and the mesoscopic damage mechanism of RC under uniaxial compression was …

Substituting cement with sewage sludge ash greatly benefits the environment and the
economy, but the improved methods of the performance of sludge ash cementitious …

Understanding the influence of interface transition zone (ITZ) on chloride migration
characteristics in concrete under coupled stray current and high hydraulic pressure is …

In this study, the chemical composition of cementitious capillary crystalline waterproofing
agents (CCCW) was developed by using the water penetration resistance test method …

Amorphous calcium (alumino) silicates are the main component of industrial byproducts (eg,
blast furnace slag and fly ash) and can be generated by grinding silicate minerals that are …