Sugarcane ash and limestone sludge yield stronger, greener concrete predicted by AI
Researchers combined sugarcane bagasse ash, lime sludge ash and polypropylene fibres to make stronger, less permeable concrete, and trained a ...
Researchers combined sugarcane bagasse ash, lime sludge ash and polypropylene fibres to make stronger, less permeable concrete, and trained a ...
An 18-mixture response surface study identified optimized ambient-cured fly ash-slag geopolymer concrete mixes with 28-day compressive strength reaching 65.4 megapascals ...
Researchers in China's energy triangle have blended excavated soil, calcined coal gangue, and fly ash into a flowable backfill material ...
Scientists have identified seven fungal species that turn agricultural waste into mycelium biomaterials with tunable mechanical and thermal properties.
French researchers found that adding just 5 to 20 percent ordinary Portland cement to binders made almost entirely of wood ...
In the quest for sustainable engineering solutions, researchers have recently made significant strides in enhancing the dynamic strength of sandy ...
Certainly! Here is the rewritten article based on the provided details: In a remarkable stride toward sustainable architecture, researchers have ...
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© 2025 Scienmag - Science Magazine