Mica-rich sheet moulds like plastic and resists 1,300 °C heat
A new mica-rich mineral hydroplastic combines the hardness of rock with the mouldability of plastic, withstanding 1,300 °C heat and ...
A new mica-rich mineral hydroplastic combines the hardness of rock with the mouldability of plastic, withstanding 1,300 °C heat and ...
Experimental testing demonstrates that combining a chemical superplasticizer with smaller coarse aggregates significantly enhances compressive and flexural strength but alters ...
A bio-inspired carbon fabric interface engineered with ZIF-67 and cobalt phytate significantly enhances both flame retardancy and mechanical strength in ...
Researchers found that formulation-level validation is essential for reliably predicting the mechanical properties of multi-fiber hybrid epoxy composites using machine ...
Researchers developed polypropylene wood-plastic composites reinforced with wheat straw and marble waste particulates, achieving substantial gains in flexural modulus and ...
Researchers found that embedded polymer optical fibers can alter mortar compressive strength beyond simple geometric void effects.
A hybrid deep learning model incorporating cement hydration kinetics accurately predicts the time-dependent mechanical strength and durability of concrete containing ...
Reinforcing a polysulfide and resole polymer blend with woven E-glass fibers significantly enhanced tensile, impact, and flexural strengths for automotive ...
Researchers developed and tested sustainable epoxy retrofit composites reinforced with chemically treated bamboo and banana fibers, demonstrating distinct trade-offs between ...
A three-year forensic evaluation revealed that Grade 30 reinforced concrete exposed to saline lagoon water suffered severe flexural strength degradation, ...
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© 2026 Scienmag - Science Magazine