Three-layer sisal-biochar epoxy laminate achieves 88.1 MPa tensile strength
A laboratory laminate containing three sisal mat layers and 5 wt% sisal-derived biochar recorded 88.1 MPa tensile strength and 132.10 ...
A laboratory laminate containing three sisal mat layers and 5 wt% sisal-derived biochar recorded 88.1 MPa tensile strength and 132.10 ...
Researchers have transformed natural wood into a strong, moldable and water-resistant material through a room-temperature hydroplasticization process that could replace ...
New research shows that the silk of ballooning linyphiid spiders stiffens and twists above 60 percent humidity, loses half its ...
Laboratory experiments on Alaska North Slope soil reveal that methane can break through thawing permafrost only above critical pressure thresholds ...
New research shows that cage-shaped POSS silicon nanostructures can simultaneously strengthen HTPB propellant binders and increase their burning rate at ...
Researchers in Xi'an have used humic acid and silane-functionalized magnetite nanoparticles to create waterborne polyurethane films with 67.7 percent higher ...
Iowa State University engineers have developed patented thermo-mechanochemical and bio-oil modification technologies that turn low-value lignin and aqueous pyrolysis bio-oil ...
New research shows that adjusting laser power during directed energy deposition can raise the strength of 3D-printed Ti–48Al–2Cr–2Nb titanium aluminide ...
Researchers have shown that axial force and torque signals during friction plug welding can reveal hidden defects and predict layer-by-layer ...
Researchers combined standardized laboratory testing of paper fibers, acidity, and strength with traditional craftsmanship to rescue the critically damaged 1739 ...
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© 2025 Scienmag - Science Magazine