Abstract: Sulfate exposure at low temperatures is known to accelerate chemical deterioration in limestone cement concrete by promoting thaumasite formation. Carbonation curing as an emerging CO2 sequestration strategy converts gaseous ...

Abstract: Early-age carbonation for concrete curing has gained increasing attention due to the remarkably enhanced material performance and substantial CO2 storage capability. However, carbonation curing leads to reductions in ...

Abstract: The evolution of fabric under loading plays an important role in the micromechanical analysis of granular materials. This paper addressed this issue from the perspective of the discrete element method (DEM) simulation. A ...

Abstract: This study explored how the presence of work zones could influence the saturation flow rate (SFR) prevailing at an intersection. Specifically, it researched construction-ridden intersections with interweaving movements ...

Abstract: Reactive magnesium oxide (MgO) and ground granulated blast furnace slag (GGBS) are cementitious materials introduced into sludge solidification, which not only reutilizes solid waste but also reduces cement consumption. ...