Waste Fishing Nets Turned Into Concrete Fibers Boost Strength, AI Predicts Performance
Researchers recycled abandoned nylon fishing nets into concrete fibers, achieving up to 147.71 percent higher flexural strength and using a ...
Researchers recycled abandoned nylon fishing nets into concrete fibers, achieving up to 147.71 percent higher flexural strength and using a ...
New experiments show that columns built around salvaged concrete components, with nearly half their volume made of recycled material, can ...
A comparative study of phosphogypsum-derived leachates shows that the activator releasing the most calcium, sodium gluconate, delivered the slowest calcium ...
Researchers in India have developed geopolymer bricks made from vitrified tiles sludge powder and fly ash that achieve 23 MPa ...
Curved sandwich panels combining GFRP face sheets with recycled PET foam cores showed up to 151.7 percent higher ultimate loads ...
Researchers have compiled the most detailed process-based life cycle inventory data yet for Portland clinker substitutes, showing that the degree ...
Researchers have engineered a cement made entirely from industrial wastes that accelerates hydration, densifies its microstructure and locks up corrosive ...
Adding small doses of nano-silica transforms red mud, one of the world's largest industrial waste streams, into a strength-boosting component ...
In a development that could reshape how buildings are insulated around the world, researchers in Turkey have engineered a lightweight ...
A systematic review of 111 studies shows that machine learning is rapidly becoming the design tool of choice for sustainable, ...
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© 2025 Scienmag - Science Magazine