Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894739345> ?p ?o ?g. }
- W2894739345 endingPage "94" @default.
- W2894739345 startingPage "87" @default.
- W2894739345 abstract "As an additive manufacturing method, Fused Filament Fabrication (FFF) is conceptually attractive due to its agility and adaptability. However, FFF-printed parts exhibit poor mechanical properties as compared to parts manufactured by traditional methods. Here, the addition of silica nanoparticles (Si NPs) into FFF-printed parts is demonstrated to markedly improve a variety of thermomechanical properties. Specifically, dynamic mechanical analysis (DMA) and tensile tests indicate that the glass transition temperature, Young's modulus, elongation at break, ultimate tensile strength, and storage and loss moduli all increase with the Si NP loading. Small-angle X-ray scattering (SAXS) and scanning electron microscopy (SEM) demonstrate similar hierarchical structures in all FFF-printed nanocomposites, which suggests that improvements in material properties with Si NP loading are likely due to an increasing number of hydrogen bonding interactions between PMMA matrix chains and hydroxyl groups on the Si NP surface. The potential of nanocomposite filaments to increase the thermomechanical properties of FFF-printed specimens provides a facile route to overcome limitations in FFF-printed part strength by combining the properties of hard and soft matter." @default.
- W2894739345 created "2018-10-12" @default.
- W2894739345 creator A5024288736 @default.
- W2894739345 creator A5026817370 @default.
- W2894739345 creator A5041020505 @default.
- W2894739345 creator A5044763814 @default.
- W2894739345 creator A5049596160 @default.
- W2894739345 creator A5051581693 @default.
- W2894739345 creator A5054612983 @default.
- W2894739345 creator A5087765550 @default.
- W2894739345 date "2018-11-01" @default.
- W2894739345 modified "2023-10-04" @default.
- W2894739345 title "Interfacial interactions in PMMA/silica nanocomposites enhance the performance of parts created by Fused Filament Fabrication" @default.
- W2894739345 cites W1639798798 @default.
- W2894739345 cites W1964715689 @default.
- W2894739345 cites W1968890237 @default.
- W2894739345 cites W1976568033 @default.
- W2894739345 cites W1984363424 @default.
- W2894739345 cites W1993057800 @default.
- W2894739345 cites W1998201069 @default.
- W2894739345 cites W1999966293 @default.
- W2894739345 cites W2000485513 @default.
- W2894739345 cites W2001693773 @default.
- W2894739345 cites W2003667498 @default.
- W2894739345 cites W2008950196 @default.
- W2894739345 cites W2011853986 @default.
- W2894739345 cites W2011938747 @default.
- W2894739345 cites W2016303090 @default.
- W2894739345 cites W2017030105 @default.
- W2894739345 cites W2018566369 @default.
- W2894739345 cites W2021883569 @default.
- W2894739345 cites W2022743444 @default.
- W2894739345 cites W2024660514 @default.
- W2894739345 cites W2024847020 @default.
- W2894739345 cites W2025472805 @default.
- W2894739345 cites W2032183462 @default.
- W2894739345 cites W2035212359 @default.
- W2894739345 cites W2036100599 @default.
- W2894739345 cites W2039538166 @default.
- W2894739345 cites W2041723514 @default.
- W2894739345 cites W2043704558 @default.
- W2894739345 cites W2044814076 @default.
- W2894739345 cites W2046597444 @default.
- W2894739345 cites W2048644480 @default.
- W2894739345 cites W2052404344 @default.
- W2894739345 cites W2055469077 @default.
- W2894739345 cites W2058368853 @default.
- W2894739345 cites W2064299621 @default.
- W2894739345 cites W2065807124 @default.
- W2894739345 cites W2066737743 @default.
- W2894739345 cites W2072604688 @default.
- W2894739345 cites W2074487450 @default.
- W2894739345 cites W2076227462 @default.
- W2894739345 cites W2076428523 @default.
- W2894739345 cites W2078307486 @default.
- W2894739345 cites W2081368472 @default.
- W2894739345 cites W2089415273 @default.
- W2894739345 cites W2090161982 @default.
- W2894739345 cites W2105418804 @default.
- W2894739345 cites W2113086259 @default.
- W2894739345 cites W2118678798 @default.
- W2894739345 cites W2121153213 @default.
- W2894739345 cites W2121476964 @default.
- W2894739345 cites W2140551148 @default.
- W2894739345 cites W2144354258 @default.
- W2894739345 cites W2149917221 @default.
- W2894739345 cites W2153668263 @default.
- W2894739345 cites W2157242092 @default.
- W2894739345 cites W2162989106 @default.
- W2894739345 cites W2166656402 @default.
- W2894739345 cites W2166788538 @default.
- W2894739345 cites W2196279108 @default.
- W2894739345 cites W2283191143 @default.
- W2894739345 cites W2290966472 @default.
- W2894739345 cites W2314294626 @default.
- W2894739345 cites W2324024561 @default.
- W2894739345 cites W2337642773 @default.
- W2894739345 cites W2511422060 @default.
- W2894739345 cites W2529109484 @default.
- W2894739345 cites W2580910706 @default.
- W2894739345 cites W2799312767 @default.
- W2894739345 cites W827372051 @default.
- W2894739345 doi "https://doi.org/10.1016/j.polymer.2018.10.004" @default.
- W2894739345 hasPublicationYear "2018" @default.
- W2894739345 type Work @default.
- W2894739345 sameAs 2894739345 @default.
- W2894739345 citedByCount "23" @default.
- W2894739345 countsByYear W28947393452019 @default.
- W2894739345 countsByYear W28947393452020 @default.
- W2894739345 countsByYear W28947393452021 @default.
- W2894739345 countsByYear W28947393452022 @default.
- W2894739345 countsByYear W28947393452023 @default.
- W2894739345 crossrefType "journal-article" @default.
- W2894739345 hasAuthorship W2894739345A5024288736 @default.
- W2894739345 hasAuthorship W2894739345A5026817370 @default.
- W2894739345 hasAuthorship W2894739345A5041020505 @default.
- W2894739345 hasAuthorship W2894739345A5044763814 @default.
- W2894739345 hasAuthorship W2894739345A5049596160 @default.