Accelerated carbonation applied during early curing enables paper sludge ash to stabilize lead-contaminated surplus clay, neutralizing soil alkalinity while meeting ...
A study finds that full solid waste binders can increase cemented tailings backfill strength while reducing carbon emissions by over ...
A new study links the fractal geometry of pore structures in activated red mud cementitious materials to both compressive strength ...
Chinese researchers show that highly saline concentrated mine water can replace tap water in coal-waste backfill, boosting early strength when ...
New research shows that the rate at which clinker-based activators release alkalinity, rather than the total amount supplied, controls crystal ...
New experiments and simulations show that even moderate hydrostatic pressure dramatically accelerates sulfate ingress and ettringite formation in cement paste, ...
South African researchers show that adding three percent potassium sulphate to hempcrete nearly doubles its compressive strength and reduces shrinkage ...
New research shows that naturally occurring halloysite nanotubes, dispersed with a common superplasticizer, dramatically improve cement mortar's resistance to sulfate ...
A 180-day immersion study shows nano-silica outperforms nano-calcium carbonate in shielding cement mortar from sulfate attack, with optimal dosages of ...
Researchers have mapped the complete oxidation sequence of pyrrhotite in concrete aggregates, linking laboratory-accelerated samples to severely damaged field concrete ...
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