Incorporating two weight percent nanosilica alongside epoxy-terminated butadiene acrylonitrile provides an optimal balance of tensile strength, flexural stiffness, and impact ...
A study of polypropylene-fiber-reinforced joint-filling mortar demonstrated that adding a defoamer reduced shrinkage and water absorption but accelerated freeze–thaw degradation ...
Experimental testing shows bamboo fibre-epoxy composite plates oriented at 90 degrees increase reinforced concrete beam shear capacity and promote ductile ...
A new predictive modeling study uses ANN and RSM to determine optimal polypropylene fiber content in concrete, balancing flexural strength ...
A cement-sand mortar combining 2.5% cement kiln dust and 5% fly ash achieved superior mechanical strengths and reduced water absorption ...
Engineers have demonstrated that combining nine percent waste glass powder with ten percent recycled tire fiber aggregates produces an ambient-cured ...
A laboratory study found that replacing 10% of granite coarse aggregate with crushed ceramic tile waste achieved a 28-day compressive ...
Spray-deposited carbon nanotube interlayers raised interlaminar shear strength by 13.7 percent and flexural strength by 8.0 percent in CFRP laminates, ...
Red mud catalyzes plastic pyrolysis to co-produce hydrogen and carbon nanotubes that raise the compressive and flexural strength of alkali-activated ...
A systematic study of thirteen styrene-acrylate latex dispersions at 2 weight percent dosage finds mostly small strength reductions in cement ...
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