Matches in SemOpenAlex for { <https://semopenalex.org/work/W2051820452> ?p ?o ?g. }
- W2051820452 endingPage "5362" @default.
- W2051820452 startingPage "5353" @default.
- W2051820452 abstract "Abstract The microstructure and stored energy of Cu60Zr20Ti20 bulk metallic glass rolled at cryogenic temperature in a wide strain rate range 1.0 × 10−4 − 5.0 × 10−1 s−1 have been investigated. As the specimen is rolled to be thinner, the stored energy first increases linearly, and then saturates above a critical thickness reduction at lower strain rates, or decreases at high strain rates. At the initial stage of rolling, no phase transformation except shear bands appears in the glass. Phase transformation occurs only when the specimen is severely deformed at strain rates higher than 1.0 × 10−4 s−1. As strain rate increases, the critical strain for the stored energy to saturate increases, but the critical strain for phase separation to occur decreases, and meanwhile the type of the phase transformation changes from phase separation to nanocrystallization. The stored energy does not change with the occurrence of phase separation, but decreases due to nanocrystallization. It is proposed that coalescence of more free volume in shear bands into nano-voids should be principally responsible for the saturation of the stored energy, which balances the results from the increase in shear band number at higher strains." @default.
- W2051820452 created "2016-06-24" @default.
- W2051820452 creator A5011628188 @default.
- W2051820452 creator A5037106751 @default.
- W2051820452 creator A5062580551 @default.
- W2051820452 creator A5090651808 @default.
- W2051820452 date "2008-12-01" @default.
- W2051820452 modified "2023-10-17" @default.
- W2051820452 title "Microstructure and stored energy evolutions during rolling of Cu60Zr20Ti20 bulk metallic glass" @default.
- W2051820452 cites W1644022952 @default.
- W2051820452 cites W1964254287 @default.
- W2051820452 cites W1965157313 @default.
- W2051820452 cites W1966730668 @default.
- W2051820452 cites W1967720813 @default.
- W2051820452 cites W1968931984 @default.
- W2051820452 cites W1969365074 @default.
- W2051820452 cites W1969901084 @default.
- W2051820452 cites W1972336387 @default.
- W2051820452 cites W1973702630 @default.
- W2051820452 cites W1974218853 @default.
- W2051820452 cites W1986052970 @default.
- W2051820452 cites W1990703566 @default.
- W2051820452 cites W1996016803 @default.
- W2051820452 cites W1998690461 @default.
- W2051820452 cites W1999373286 @default.
- W2051820452 cites W2001746858 @default.
- W2051820452 cites W2005659631 @default.
- W2051820452 cites W2009086070 @default.
- W2051820452 cites W2009471957 @default.
- W2051820452 cites W2009645752 @default.
- W2051820452 cites W2016791783 @default.
- W2051820452 cites W2017653707 @default.
- W2051820452 cites W2022280335 @default.
- W2051820452 cites W2022294907 @default.
- W2051820452 cites W2023360366 @default.
- W2051820452 cites W2028933575 @default.
- W2051820452 cites W2039971369 @default.
- W2051820452 cites W2041931579 @default.
- W2051820452 cites W2045882224 @default.
- W2051820452 cites W2056134188 @default.
- W2051820452 cites W2057025382 @default.
- W2051820452 cites W2058602769 @default.
- W2051820452 cites W2059425255 @default.
- W2051820452 cites W2062788813 @default.
- W2051820452 cites W2063518831 @default.
- W2051820452 cites W2064691647 @default.
- W2051820452 cites W2071354905 @default.
- W2051820452 cites W2078187742 @default.
- W2051820452 cites W2082348289 @default.
- W2051820452 cites W2085301919 @default.
- W2051820452 cites W2094646565 @default.
- W2051820452 cites W2095563357 @default.
- W2051820452 cites W2096373337 @default.
- W2051820452 cites W2118917549 @default.
- W2051820452 cites W2157967622 @default.
- W2051820452 cites W2167637588 @default.
- W2051820452 cites W4240131541 @default.
- W2051820452 cites W4248330947 @default.
- W2051820452 doi "https://doi.org/10.1016/j.jnoncrysol.2008.09.024" @default.
- W2051820452 hasPublicationYear "2008" @default.
- W2051820452 type Work @default.
- W2051820452 sameAs 2051820452 @default.
- W2051820452 citedByCount "8" @default.
- W2051820452 countsByYear W20518204522012 @default.
- W2051820452 countsByYear W20518204522013 @default.
- W2051820452 countsByYear W20518204522014 @default.
- W2051820452 crossrefType "journal-article" @default.
- W2051820452 hasAuthorship W2051820452A5011628188 @default.
- W2051820452 hasAuthorship W2051820452A5037106751 @default.
- W2051820452 hasAuthorship W2051820452A5062580551 @default.
- W2051820452 hasAuthorship W2051820452A5090651808 @default.
- W2051820452 hasConcept C123266363 @default.
- W2051820452 hasConcept C159985019 @default.
- W2051820452 hasConcept C191897082 @default.
- W2051820452 hasConcept C192562407 @default.
- W2051820452 hasConcept C2780026712 @default.
- W2051820452 hasConcept C3018537996 @default.
- W2051820452 hasConcept C544153396 @default.
- W2051820452 hasConcept C87976508 @default.
- W2051820452 hasConceptScore W2051820452C123266363 @default.
- W2051820452 hasConceptScore W2051820452C159985019 @default.
- W2051820452 hasConceptScore W2051820452C191897082 @default.
- W2051820452 hasConceptScore W2051820452C192562407 @default.
- W2051820452 hasConceptScore W2051820452C2780026712 @default.
- W2051820452 hasConceptScore W2051820452C3018537996 @default.
- W2051820452 hasConceptScore W2051820452C544153396 @default.
- W2051820452 hasConceptScore W2051820452C87976508 @default.
- W2051820452 hasIssue "52-54" @default.
- W2051820452 hasLocation W20518204521 @default.
- W2051820452 hasOpenAccess W2051820452 @default.
- W2051820452 hasPrimaryLocation W20518204521 @default.
- W2051820452 hasRelatedWork W150843855 @default.
- W2051820452 hasRelatedWork W1964226509 @default.
- W2051820452 hasRelatedWork W1967565480 @default.
- W2051820452 hasRelatedWork W2011794728 @default.
- W2051820452 hasRelatedWork W2020660716 @default.
- W2051820452 hasRelatedWork W2026248057 @default.
- W2051820452 hasRelatedWork W2046292958 @default.