Matches in SemOpenAlex for { <https://semopenalex.org/work/W2060940211> ?p ?o ?g. }
- W2060940211 abstract "Comparative studies of the mechanical behavior between copper, tungsten, and W/Cu nanocomposite based on copper dispersoïd thin films were performed under in-situ controlled tensile equi-biaxial loadings using both synchrotron X-ray diffraction and digital image correlation techniques. The films first deform elastically with the lattice strain equal to the true strain given by digital image correlation measurements. The Cu single thin film intrinsic elastic limit of 0.27% is determined below the apparent elastic limit of W and W/Cu nanocomposite thin films, 0.30% and 0.49%, respectively. This difference is found to be driven by the existence of as-deposited residual stresses. Above the elastic limit on the lattice strain-true strain curves, we discriminate two different behaviors presumably footprints of plasticity and fracture. The Cu thin film shows a large transition domain (0.60% true strain range) to a plateau with a smooth evolution of the curve which is associated to peak broadening. In contrast, W and W/Cu nanocomposite thin films show a less smooth and reduced transition domain (0.30% true strain range) to a plateau with no peak broadening. These observations indicate that copper thin film shows some ductility while tungsten/copper nanocomposites thin films are brittle. Fracture resistance of W/Cu nanocomposite thin film is improved thanks to the high compressive residual stress and the elimination of the metastable β-W phase." @default.
- W2060940211 created "2016-06-24" @default.
- W2060940211 creator A5005040902 @default.
- W2060940211 creator A5008867749 @default.
- W2060940211 creator A5035368458 @default.
- W2060940211 creator A5046773311 @default.
- W2060940211 creator A5065323195 @default.
- W2060940211 creator A5075725880 @default.
- W2060940211 creator A5079019306 @default.
- W2060940211 creator A5080051838 @default.
- W2060940211 date "2014-09-04" @default.
- W2060940211 modified "2023-10-18" @default.
- W2060940211 title "Comparative study of the mechanical properties of nanostructured thin films on stretchable substrates" @default.
- W2060940211 cites W1568599785 @default.
- W2060940211 cites W1967861746 @default.
- W2060940211 cites W1969171948 @default.
- W2060940211 cites W1973216544 @default.
- W2060940211 cites W1979728724 @default.
- W2060940211 cites W1980092693 @default.
- W2060940211 cites W1980718691 @default.
- W2060940211 cites W1983543277 @default.
- W2060940211 cites W1986364683 @default.
- W2060940211 cites W1987954772 @default.
- W2060940211 cites W1991552890 @default.
- W2060940211 cites W1992488726 @default.
- W2060940211 cites W1993907608 @default.
- W2060940211 cites W1996526144 @default.
- W2060940211 cites W1997733674 @default.
- W2060940211 cites W1998590354 @default.
- W2060940211 cites W2004674283 @default.
- W2060940211 cites W2008759912 @default.
- W2060940211 cites W2009833088 @default.
- W2060940211 cites W2013810570 @default.
- W2060940211 cites W2017235721 @default.
- W2060940211 cites W2019172882 @default.
- W2060940211 cites W2021564212 @default.
- W2060940211 cites W2022131126 @default.
- W2060940211 cites W2022362888 @default.
- W2060940211 cites W2027993300 @default.
- W2060940211 cites W2030618801 @default.
- W2060940211 cites W2033851404 @default.
- W2060940211 cites W2040410266 @default.
- W2060940211 cites W2040520794 @default.
- W2060940211 cites W2052863383 @default.
- W2060940211 cites W2057422964 @default.
- W2060940211 cites W2063091997 @default.
- W2060940211 cites W2063198234 @default.
- W2060940211 cites W2065661467 @default.
- W2060940211 cites W2066211671 @default.
- W2060940211 cites W2068193676 @default.
- W2060940211 cites W2074838727 @default.
- W2060940211 cites W2076711053 @default.
- W2060940211 cites W2078312715 @default.
- W2060940211 cites W2079056937 @default.
- W2060940211 cites W2079553492 @default.
- W2060940211 cites W2080099522 @default.
- W2060940211 cites W2080426631 @default.
- W2060940211 cites W2085169395 @default.
- W2060940211 cites W2087075665 @default.
- W2060940211 cites W2087610811 @default.
- W2060940211 cites W2088468604 @default.
- W2060940211 cites W2089771230 @default.
- W2060940211 cites W2092041282 @default.
- W2060940211 cites W2103294724 @default.
- W2060940211 cites W2118560729 @default.
- W2060940211 cites W2141001732 @default.
- W2060940211 cites W2148477339 @default.
- W2060940211 cites W2161930908 @default.
- W2060940211 cites W2166823675 @default.
- W2060940211 cites W2168198610 @default.
- W2060940211 cites W2478819728 @default.
- W2060940211 doi "https://doi.org/10.1063/1.4894616" @default.
- W2060940211 hasPublicationYear "2014" @default.
- W2060940211 type Work @default.
- W2060940211 sameAs 2060940211 @default.
- W2060940211 citedByCount "19" @default.
- W2060940211 countsByYear W20609402112015 @default.
- W2060940211 countsByYear W20609402112016 @default.
- W2060940211 countsByYear W20609402112017 @default.
- W2060940211 countsByYear W20609402112018 @default.
- W2060940211 countsByYear W20609402112019 @default.
- W2060940211 countsByYear W20609402112020 @default.
- W2060940211 countsByYear W20609402112021 @default.
- W2060940211 countsByYear W20609402112023 @default.
- W2060940211 crossrefType "journal-article" @default.
- W2060940211 hasAuthorship W2060940211A5005040902 @default.
- W2060940211 hasAuthorship W2060940211A5008867749 @default.
- W2060940211 hasAuthorship W2060940211A5035368458 @default.
- W2060940211 hasAuthorship W2060940211A5046773311 @default.
- W2060940211 hasAuthorship W2060940211A5065323195 @default.
- W2060940211 hasAuthorship W2060940211A5075725880 @default.
- W2060940211 hasAuthorship W2060940211A5079019306 @default.
- W2060940211 hasAuthorship W2060940211A5080051838 @default.
- W2060940211 hasBestOaLocation W20609402111 @default.
- W2060940211 hasConcept C120665830 @default.
- W2060940211 hasConcept C121332964 @default.
- W2060940211 hasConcept C132612359 @default.
- W2060940211 hasConcept C140676511 @default.
- W2060940211 hasConcept C159985019 @default.
- W2060940211 hasConcept C171250308 @default.