Matches in SemOpenAlex for { <https://semopenalex.org/work/W3046777488> ?p ?o ?g. }
- W3046777488 endingPage "108266" @default.
- W3046777488 startingPage "108266" @default.
- W3046777488 abstract "A novel CuAlMn/polymer/carbon nanomaterials multi-scale composite with damping capability was successfully prepared. These composite materials composed of a CuAlMn memory alloy foam skeleton and a polymer matrix, which was in turn reinforced with different carbon nanomaterials. Experiment results show that the loss factor of CuAlMn/polymer/CNT composite is above 0.1, while the loss factor of CuAlMn/polymer/([email protected] + CNF + GNS) composite is higher than 0.12 over the entire temperature range, with the highest value reaching about 0.15. Also, it can be seen that the storage modulus of CuAlMn/polymer composite is above 3500 MPa, while CuAlMn/polymer/([email protected] + CNF + GNS) composite is about 1000 MPa. The loss factor for CuAlMn/polymer/([email protected] + CNF + GNS) composite is highest, and the storage modulus of it is lowest. A three-phase model was introduced to analyze the damping mechanism of the composite. The results indicate that the damping performance of the prepared composites is mainly affected by interfacial loss, which can be effectively improved by increasing the mismatch of elastic modulus near the interface and/or increasing the interfacial area. On these bases, the optimal performance of the composite material was predicted by calculation and simulation. This multi-scale composite offers a tremendously promising future, which needs further thorough exploration." @default.
- W3046777488 created "2020-08-07" @default.
- W3046777488 creator A5014905079 @default.
- W3046777488 creator A5030229777 @default.
- W3046777488 creator A5032116374 @default.
- W3046777488 creator A5040874910 @default.
- W3046777488 creator A5043104276 @default.
- W3046777488 creator A5048539691 @default.
- W3046777488 creator A5059568741 @default.
- W3046777488 creator A5078875331 @default.
- W3046777488 creator A5082344417 @default.
- W3046777488 date "2020-10-01" @default.
- W3046777488 modified "2023-10-17" @default.
- W3046777488 title "Vibration damping mechanism of CuAlMn/polymer/carbon nanomaterials multi-scale composites" @default.
- W3046777488 cites W1966633767 @default.
- W3046777488 cites W1967019087 @default.
- W3046777488 cites W1969788951 @default.
- W3046777488 cites W1969990793 @default.
- W3046777488 cites W1972104054 @default.
- W3046777488 cites W1976989474 @default.
- W3046777488 cites W1977236575 @default.
- W3046777488 cites W1978238545 @default.
- W3046777488 cites W1983652861 @default.
- W3046777488 cites W1999760945 @default.
- W3046777488 cites W1999962789 @default.
- W3046777488 cites W2000253295 @default.
- W3046777488 cites W2004780301 @default.
- W3046777488 cites W2005173094 @default.
- W3046777488 cites W2007554043 @default.
- W3046777488 cites W2010953919 @default.
- W3046777488 cites W2020971888 @default.
- W3046777488 cites W2021261679 @default.
- W3046777488 cites W2021814614 @default.
- W3046777488 cites W2028305263 @default.
- W3046777488 cites W2044497081 @default.
- W3046777488 cites W2054869903 @default.
- W3046777488 cites W2065227544 @default.
- W3046777488 cites W2065984805 @default.
- W3046777488 cites W2070144727 @default.
- W3046777488 cites W2071909378 @default.
- W3046777488 cites W2080145413 @default.
- W3046777488 cites W2081044769 @default.
- W3046777488 cites W2084030137 @default.
- W3046777488 cites W2084192984 @default.
- W3046777488 cites W2095868459 @default.
- W3046777488 cites W2111659113 @default.
- W3046777488 cites W2114153730 @default.
- W3046777488 cites W2134832228 @default.
- W3046777488 cites W2178053836 @default.
- W3046777488 cites W2490607227 @default.
- W3046777488 cites W2555898390 @default.
- W3046777488 cites W2561249161 @default.
- W3046777488 cites W2605958583 @default.
- W3046777488 cites W2698144695 @default.
- W3046777488 cites W2739859253 @default.
- W3046777488 cites W2762718617 @default.
- W3046777488 cites W2779701630 @default.
- W3046777488 cites W2784139117 @default.
- W3046777488 cites W2790490163 @default.
- W3046777488 cites W2892696844 @default.
- W3046777488 cites W2893821923 @default.
- W3046777488 cites W2895375423 @default.
- W3046777488 cites W2896474497 @default.
- W3046777488 cites W2899029629 @default.
- W3046777488 cites W2907002757 @default.
- W3046777488 cites W2907489014 @default.
- W3046777488 cites W2911150292 @default.
- W3046777488 cites W2912095535 @default.
- W3046777488 cites W2912356530 @default.
- W3046777488 cites W2919837278 @default.
- W3046777488 cites W2920968062 @default.
- W3046777488 cites W2923530686 @default.
- W3046777488 cites W2940783501 @default.
- W3046777488 cites W2944044676 @default.
- W3046777488 cites W2944756970 @default.
- W3046777488 cites W2968710469 @default.
- W3046777488 cites W2982338913 @default.
- W3046777488 cites W2990789121 @default.
- W3046777488 cites W3000684315 @default.
- W3046777488 cites W3000928754 @default.
- W3046777488 cites W4232227631 @default.
- W3046777488 cites W775420623 @default.
- W3046777488 doi "https://doi.org/10.1016/j.compositesb.2020.108266" @default.
- W3046777488 hasPublicationYear "2020" @default.
- W3046777488 type Work @default.
- W3046777488 sameAs 3046777488 @default.
- W3046777488 citedByCount "14" @default.
- W3046777488 countsByYear W30467774882021 @default.
- W3046777488 countsByYear W30467774882022 @default.
- W3046777488 countsByYear W30467774882023 @default.
- W3046777488 crossrefType "journal-article" @default.
- W3046777488 hasAuthorship W3046777488A5014905079 @default.
- W3046777488 hasAuthorship W3046777488A5030229777 @default.
- W3046777488 hasAuthorship W3046777488A5032116374 @default.
- W3046777488 hasAuthorship W3046777488A5040874910 @default.
- W3046777488 hasAuthorship W3046777488A5043104276 @default.
- W3046777488 hasAuthorship W3046777488A5048539691 @default.
- W3046777488 hasAuthorship W3046777488A5059568741 @default.