Palm Kernel Shells Can Replace Ten Percent of Granite in Structural Concrete
Civil engineers found that replacing ten percent of granite aggregate with graded palm kernel shells produced concrete approaching target structural ...
Civil engineers found that replacing ten percent of granite aggregate with graded palm kernel shells produced concrete approaching target structural ...
A review in Discover Sustainability evaluates how overcoming stability, scalability, and environmental challenges could enable the commercialization of perovskite solar ...
Researchers developed a computational intelligence framework combining material databases and hybrid optimization to streamline functionally graded material design before experimental ...
Researchers formulated an improved predictive model capturing the mechanical behavior and compressive strength development of self-compacting concrete incorporating fly ash ...
Researchers at Politecnico di Milano have developed a non-flammable quasi-solid polymer membrane that enables room-temperature fluoride-ion transport, offering theoretical energy ...
Engineering researchers have synthesized a sustainable exterior wall cladding composite from recycled plastic bottles, scrap tire steel fibers, and rice ...
Researchers have demonstrated a quaternary binder optimization framework for ultra-high-performance concrete that achieves compressive strengths exceeding 130 megapascals while reducing ...
Researchers have developed a PTFE-nanocellulose composite that exhibits negative in-plane thermal expansion while maintaining low dielectric properties suitable for high-frequency ...
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© 2026 Scienmag - Science Magazine