Invasive Water Hyacinth Fibres Could Reinforce Fully Recycled Concrete
Researchers in Thailand have shown that fibres from invasive water hyacinth plants can significantly boost the tensile strength and toughness ...
Researchers in Thailand have shown that fibres from invasive water hyacinth plants can significantly boost the tensile strength and toughness ...
A performance-normalized life cycle assessment of five Australian waste clays shows calcined clays cut cement's carbon footprint by up to ...
Researchers grew insulation biocomposites from fungal mycelium and agricultural waste, finding that a hemp shive and Pleurotus ostreatus composite achieved ...
Researchers replaced fly ash in carbon-fiber-reinforced geopolymer with red mud and ore tailings, achieving up to 33.5 decibels of X-band ...
A systematic study of rubberized alkali-activated concrete shows that fine crumb rubber particles under one millimeter preserve strength while boosting ...
Researchers used explainable machine learning to predict and interpret the compressive strength of sustainable SCM-based concrete, finding LightGBM the most ...
Researchers at NIT Raipur showed that induction furnace steel slag can replace up to half the river sand in Engineered ...
A new study shows that combining 10 percent lightweight expanded clay aggregate with 0.2 percent polypropylene fibers produces mortar that ...
A new study shows that the fire suppression method used to cool burning concrete dramatically affects how much strength the ...
South African researchers show that adding three percent potassium sulphate to hempcrete nearly doubles its compressive strength and reduces shrinkage ...
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© 2026 Scienmag - Science Magazine