Turning Coal Waste Into Tougher Concrete: Coating the Weak Link at the Interface
Researchers coated coal gangue aggregate with sodium silicate, silica fume, or limestone powder and showed that the right coating dramatically ...
Researchers coated coal gangue aggregate with sodium silicate, silica fume, or limestone powder and showed that the right coating dramatically ...
Researchers paired a validated PLAXIS 3D finite element model with kernel-based Support Vector Machines to predict soil bearing capacity with ...
A multi-scale study of lateritic soils from Dir, Cameroon shows that cement-stabilized compressed earth blocks made from these highly weathered ...
French researchers show that adding natural calcium carbonate to hemp-shive and potato-starch insulation composites sharply improves water resistance and strength ...
A new study shows that finely ground coal slurry waste can replace up to 20 percent of cement in self-compacting ...
A life cycle assessment of a 93-kilometre Thai double-track railway found that upstream material production generated 96.19 percent of construction ...
New experiments show that columns built around salvaged concrete components, with nearly half their volume made of recycled material, can ...
A new Danish study projects that a full transition to wood-based construction could nearly halve greenhouse gas emissions from new ...
Researchers showed that untreated Bayer red mud, blended with fly ash, can fully replace calcined clay in limestone calcined clay ...
Researchers in India have developed geopolymer bricks made from vitrified tiles sludge powder and fly ash that achieve 23 MPa ...
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© 2025 Scienmag - Science Magazine