Sparking New Life Into Aluminum: Ceramic Coatings Get a Particle-Powered Upgrade
Researchers have shown that adding ceramic particles such as zirconia, titania, alumina, and silica to soft sparking plasma electrolytic oxidation ...
Researchers have shown that adding ceramic particles such as zirconia, titania, alumina, and silica to soft sparking plasma electrolytic oxidation ...
A week-long oscillating tribology study shows lubricant-filled microcapsules in polyoxymethylene cut friction by 37 percent and wear by 88 percent ...
Researchers reinforced a 3D-printed CoCrNi medium-entropy alloy with titanium carbide, boosting hardness from 283 to 486 HV and cutting wear ...
A new study of eight commercial UHT milk products shows that consumer liking depends on an integrated quality system of ...
Researchers fabricated porous silicon nitride–silicon carbide composites at just 1200 °C using phosphoric acid, achieving a remarkably low friction coefficient ...
Chinese researchers have shown that a 20 percent diamond loading in laser-deposited FeCoCrNi high-entropy alloy coatings cuts wear volume by ...
Indian researchers have shown that waste marble dust can significantly strengthen AA6061 aluminium and reduce its wear, with hybrid AHP-TOPSIS ...
A new triboinformatics study uses gradient boosting, deep learning, and interpretable AI to accurately predict wear and friction in Nitinol ...
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© 2025 Scienmag - Science Magazine