Molecular dynamics simulations demonstrate that increasing the aluminum-to-silicon ratio in calcium aluminosilicate hydrate to zero point two reduces sulfate-induced calcium ...
In rapid freeze-thaw tests, sodium sulfate concentration showed a non-monotonic effect on concrete deterioration, with damage increasing up to 9% ...
A one-part slag-fly ash geopolymer binder stabilized Guangzhou soft clay with higher strength and better durability than cement in laboratory ...
A 360-day electrochemical campaign on ten volcanic-SCM reinforced mortars in five media finds that exposure chemistry, not binder formulation, dominates ...
A new study shows that self-protected underwater mortar, cast in polymer-treated water, loses significant freeze-thaw durability when sulfate-rich environments accelerate ...
New experiments and simulations show that even moderate hydrostatic pressure dramatically accelerates sulfate ingress and ettringite formation in cement paste, ...
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 ...
A cement-free geopolymer concrete retained its full ultra-high performance class after twelve months of real Atlantic marine exposure, outperforming Portland ...
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