Tag: sustainable construction

A PLS-SEM analysis of an expert survey identified four statistically significant barrier categories associated with living-wall implementation constraints in Saudi ...

A new entropy-weighted multicriteria framework ranks conventional hollow concrete block masonry first among four wall systems, with embodied energy dominating ...

A machine learning study shows that waste marble dust can replace up to 32 percent of the cement in semi-flexible ...

New research demonstrates that expanded perlite composites can provide lightweight, resource-efficient solutions for sustainable building and smart urban infrastructure.

The study's framing of geopolymer optimization reflects a broader shift in construction materials research away from single-property maximization toward balanced, ...

Researchers found that shredded watermelon vine waste can both reinforce ecological porous concrete and neutralize its alkalinity, enabling over 80 ...

Researchers report that a clinker-free binder combining corn-straw biochar, blast-furnace slag, and carbide slag stabilizes urban dredged silt with shear ...

Imagine a building that designs itself, optimizes its own concrete mix, and inspects every layer of its own walls as ...

Researchers found that blending steel slag with phosphorus slag and spontaneously combusted coal gangue in a 7:1:2 ratio yields a ...

A new study shows that concrete slurry waste pressurized with supercritical CO2 can replace up to 25 percent of slag ...