A comparative machine learning analysis demonstrates that stepwise polynomial regression outperforms traditional artificial neural networks in predicting rubberized concrete frost ...
A controlled study reveals that biodegradable microplastics alter soil pH, electrical conductivity, and aggregation differently depending on whether they enter ...
A modeling study projects that high landslide susceptibility will expand rapidly across the Tibetan Plateau under high greenhouse gas emissions, ...
Laboratory tests show 0.75 percent polypropylene fiber content boosts the dynamic modulus ratio of loess by up to 51 percent ...
A review in the Journal of Cellular and Molecular Medicine evaluates how storage conditions affect the protein and nucleic acid ...
Push-out experiments and numerical simulations reveal how freeze-thaw exposure and seawater degrade the shear capacity and stiffness of steel-concrete stud ...
A one-part slag-fly ash geopolymer binder stabilized Guangzhou soft clay with higher strength and better durability than cement in laboratory ...
Researchers combined rapid freeze–thaw testing, CT scanning and finite element simulation to track mesoscale damage in concrete, finding pore surface ...
Laboratory triaxial tests show that 3 percent polymer hydrogel raised the shear strength of Yili loess by 82.5 percent after ...
A new evaluation of the Olink Explore 3072 proximity extension assay in cerebrospinal fluid finds that protein detectability and variability ...
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