A study of clayey sands from northern Cameroon demonstrates that calcined clay substitutions accelerate cement setting times while decreasing twenty-eight-day ...
Incorporating nano-silica up to 0.8 percent into cement mortars refines internal pore architectures, alters acoustic fracture modes, and significantly increases ...
Researchers experimentally evaluated the mechanical strength, permeability, and carbon dioxide emission intensity of eco-friendly pervious pavement blocks containing high volumes ...
A new study shows that combining polycarboxylate ether with specific retarders enhances the fluidity and strength of gold tailings-cement grouts ...
A new time-dependent predictive model reveals how harsh environmental conditions accelerate early-age concrete shrinkage before converging with standard laboratory benchmarks, ...
Researchers found that incorporating nylon fibers at dosages up to 0.25 percent balances fresh workability and 28-day mechanical strength in ...
A study of polypropylene-fiber-reinforced joint-filling mortar demonstrated that adding a defoamer reduced shrinkage and water absorption but accelerated freeze–thaw degradation ...
An integrated evaluation of concrete containing recycled plastic in the Galapagos Islands reveals that while aggregate replacement substantially curbs plastic ...
Incorporating approximately three percent nano-sized polyethylene terephthalate powder into concrete improves mechanical strength and reduces water absorption, researchers report.
A new study shows that replacing 10% of cement with bio-medical waste ash can significantly improve the strength and durability ...
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