I-Beam Cell Walls Make Auxetic Honeycombs Nearly Four Times Stiffer
Researchers replaced the rectangular cross-sections of auxetic honeycomb walls with I-beam profiles, boosting stiffness by 286 percent and energy absorption ...
Researchers replaced the rectangular cross-sections of auxetic honeycomb walls with I-beam profiles, boosting stiffness by 286 percent and energy absorption ...
Indian researchers have combined compression testing, ANOVA, and a bird-inspired optimization algorithm to identify the Neovius lattice as the strongest ...
Researchers 3D printed PLA structures assembled with Japanese-joinery-inspired interlocking joints and systematically tested how geometry controls their strength and failure ...
A new review maps how polymer blends and additives can overcome the stiffness, thermal and processing limits of thermoplastic polyurethane ...
A new University of Alicante study finds that biodegradable plastics such as PLA, PHB and thermoplastic starch can release as ...
A 60-day incubation study of Loess Plateau orchard soils shows biodegradable PLA microplastics sharply increased carbon dioxide and nitrous oxide ...
A new review shows that the marine oil-degrading bacterium Alcanivorax also colonises plastic debris and produces powerful esterases capable of ...
Researchers have embedded antioxidant-rich grape pomace oil from winery waste into biodegradable PLA nanofibers, creating wound dressing mats that kill ...
Researchers in Barcelona have shown that heat-treated PLA 3D-printed glass-bottomed multiwells can be sterilized with standard lab protocols and support ...
New research shows that blending biobased PLA into piezoelectric PVDF can drastically reduce or even eliminate its piezoelectric response, despite ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine