Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366134172> ?p ?o ?g. }
- W4366134172 endingPage "110759" @default.
- W4366134172 startingPage "110759" @default.
- W4366134172 abstract "Stretchable rubber nanocomposites have been investigated for detection in piezoresistive strain sensors. Tensile toughness must be improved while maintaining stretchability to realize high-performance, robust, stretchable nanocomposites. We investigate a stretchable and synergistically toughened silicone nanocomposite-based, piezoresistive strain sensor using multiwalled carbon nanotubes (MWCNTs) and molybdenum disulfide (MoS2). One-dimensional MWCNTs mechanically reinforce the silicone rubber matrix, improving tensile strength by 95% but decreasing fracture strain by 27% at 5 phr, providing an electrical percolation network. Adding two-dimensional nanolayers of MoS2 as a single filler increases fracture strain from 205% (unfilled) to 320% (5 phr MoS2), possibly due to cure retardation in the silicone rubber, preventing over-curing. Silicone nanocomposites exhibit improved tensile toughness at 8.46 kJ/m3 for 5-phr MWCNT-MoS2 hybrids due to the synergistic effects of the hybrid filler, a 125% improvement over unfilled rubber. Nanocomposites maintain a low elastic modulus (<0.45 MPa) suitable for stretchable sensors. The nanocomposite utility is demonstrated as body-attachable, piezoresistive strain sensing with a gauge factor of ∼25.95 (100%<Δε<155%), stretchability of up to 155%, and durability of over 5000 cycles. Toughened nanocomposites with MWCNT and MoS2 hybrid fillers could be useful for applications requiring robust stretchability and sensitivity." @default.
- W4366134172 created "2023-04-19" @default.
- W4366134172 creator A5012315805 @default.
- W4366134172 creator A5023614509 @default.
- W4366134172 creator A5076364573 @default.
- W4366134172 creator A5089720016 @default.
- W4366134172 date "2023-06-01" @default.
- W4366134172 modified "2023-10-02" @default.
- W4366134172 title "Synergistically toughened silicone rubber nanocomposites using carbon nanotubes and molybdenum disulfide for stretchable strain sensors" @default.
- W4366134172 cites W1515749184 @default.
- W4366134172 cites W1988066656 @default.
- W4366134172 cites W1992322736 @default.
- W4366134172 cites W2009799652 @default.
- W4366134172 cites W2013689965 @default.
- W4366134172 cites W2023823763 @default.
- W4366134172 cites W2032741311 @default.
- W4366134172 cites W2038860573 @default.
- W4366134172 cites W2047479180 @default.
- W4366134172 cites W2047930255 @default.
- W4366134172 cites W2048610167 @default.
- W4366134172 cites W2079779970 @default.
- W4366134172 cites W2082378681 @default.
- W4366134172 cites W2088869982 @default.
- W4366134172 cites W2096188874 @default.
- W4366134172 cites W2101977779 @default.
- W4366134172 cites W2123756409 @default.
- W4366134172 cites W2147182795 @default.
- W4366134172 cites W2170425047 @default.
- W4366134172 cites W2171632855 @default.
- W4366134172 cites W2225569933 @default.
- W4366134172 cites W2272409631 @default.
- W4366134172 cites W2285847257 @default.
- W4366134172 cites W2320728895 @default.
- W4366134172 cites W2324366651 @default.
- W4366134172 cites W2330424928 @default.
- W4366134172 cites W2335325773 @default.
- W4366134172 cites W2344002422 @default.
- W4366134172 cites W2559155773 @default.
- W4366134172 cites W2563153243 @default.
- W4366134172 cites W2571853636 @default.
- W4366134172 cites W2591501154 @default.
- W4366134172 cites W2734797461 @default.
- W4366134172 cites W2754905626 @default.
- W4366134172 cites W2755263696 @default.
- W4366134172 cites W2757340167 @default.
- W4366134172 cites W2766986741 @default.
- W4366134172 cites W2767371672 @default.
- W4366134172 cites W2781724183 @default.
- W4366134172 cites W2788770144 @default.
- W4366134172 cites W2848586259 @default.
- W4366134172 cites W2885288763 @default.
- W4366134172 cites W2888825338 @default.
- W4366134172 cites W2908250117 @default.
- W4366134172 cites W2911011373 @default.
- W4366134172 cites W2922410071 @default.
- W4366134172 cites W2922592028 @default.
- W4366134172 cites W2950965516 @default.
- W4366134172 cites W2994954955 @default.
- W4366134172 cites W3035576118 @default.
- W4366134172 cites W3041858237 @default.
- W4366134172 cites W3042280324 @default.
- W4366134172 cites W3080589265 @default.
- W4366134172 cites W3098885841 @default.
- W4366134172 cites W3125482208 @default.
- W4366134172 cites W3132350892 @default.
- W4366134172 cites W3132851154 @default.
- W4366134172 cites W3138381585 @default.
- W4366134172 cites W3155096276 @default.
- W4366134172 cites W3169625045 @default.
- W4366134172 cites W3178171475 @default.
- W4366134172 cites W3183056311 @default.
- W4366134172 cites W3184396738 @default.
- W4366134172 cites W3200706612 @default.
- W4366134172 cites W3201740557 @default.
- W4366134172 cites W3210497162 @default.
- W4366134172 cites W3213067855 @default.
- W4366134172 cites W4206928860 @default.
- W4366134172 cites W4207019278 @default.
- W4366134172 cites W4210805243 @default.
- W4366134172 cites W4223955228 @default.
- W4366134172 cites W4280581072 @default.
- W4366134172 cites W4281487848 @default.
- W4366134172 cites W4281693117 @default.
- W4366134172 cites W4285795052 @default.
- W4366134172 cites W4285799160 @default.
- W4366134172 cites W4293207028 @default.
- W4366134172 cites W4311637770 @default.
- W4366134172 cites W4312205180 @default.
- W4366134172 doi "https://doi.org/10.1016/j.compositesb.2023.110759" @default.
- W4366134172 hasPublicationYear "2023" @default.
- W4366134172 type Work @default.
- W4366134172 citedByCount "6" @default.
- W4366134172 countsByYear W43661341722023 @default.
- W4366134172 crossrefType "journal-article" @default.
- W4366134172 hasAuthorship W4366134172A5012315805 @default.
- W4366134172 hasAuthorship W4366134172A5023614509 @default.
- W4366134172 hasAuthorship W4366134172A5076364573 @default.
- W4366134172 hasAuthorship W4366134172A5089720016 @default.