FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1984498241> ?p ?o ?g. }

• W1984498241 endingPage "1705" @default.
• W1984498241 startingPage "1683" @default.
• W1984498241 abstract "Two distinct microstructural transformation processes have been observed to enable superplastic response in aluminium alloys, depending upon the composition and thermomechanical history. Continuous recrystallization has been used to describe the transformation leading to a superplastically enabled state in alloys that respond to processing, as does the commercial alloy Supral 2004. Such a transformation is characterized by significant retention of the deformation microstructure and texture. Microtexture analysis methods have been employed to examine the grain–boundary misorientation distribution in as–processed Supral 2004, and its evolution during annealing of this alloy. A bimodal boundary misorientation distribution is observed in as–processed material and is seen to persist through subsequent annealing. Comparison of correlated (nearest neighbour) and uncorrelated (predicted by the texture) grain–boundary misorientation data reveals that the populations of boundaries in the misorientation ranges of 0–15° and 55–62.8° exceed those predicted. A model is presented describing high–angle boundaries as interfaces between symmetric variants of the deformation texture components. The misorientation distribution of lower angle boundaries can be fitted by a probability density function. It is concluded that grain subdivision into deformation bands during severe straining leads to the formation of high–angle grain boundaries as interfaces between symmetric variants of deformation texture components, while lower angle boundaries develop by dislocation reaction within these variants, leading to observed bimodal grain–boundary misorientation distributions. During post–processing static annealing, stable coarsening of deformation–induced features occurs gradually and homogeneously throughout the microstructure without recrystallization involving the formation of new grains by the migration of high–angle grain boundaries. The ability to quantify and model the reactions that occur during thermomechanical processing, and that lead to the microstructures present in Supral 2004, will facilitate processing for similar reactions in a wider family of aluminium alloys for enhanced formability." @default.
• W1984498241 created "2016-06-24" @default.
• W1984498241 creator A5008487136 @default.
• W1984498241 creator A5017474107 @default.
• W1984498241 creator A5060657192 @default.
• W1984498241 date "1999-06-15" @default.
• W1984498241 modified "2023-09-27" @default.
• W1984498241 title "Grain boundary evolution and continuous recrystallization of a superplastic Al—Cu—Zr alloy" @default.
• W1984498241 cites W1970856213 @default.
• W1984498241 cites W1982027749 @default.
• W1984498241 cites W1983510800 @default.
• W1984498241 cites W1985742619 @default.
• W1984498241 cites W2001044466 @default.
• W1984498241 cites W2013369511 @default.
• W1984498241 cites W2028458244 @default.
• W1984498241 cites W2029791171 @default.
• W1984498241 cites W2031948168 @default.
• W1984498241 cites W2042222483 @default.
• W1984498241 cites W2060143587 @default.
• W1984498241 cites W2061999306 @default.
• W1984498241 cites W2063639816 @default.
• W1984498241 cites W2073353416 @default.
• W1984498241 cites W2082658590 @default.
• W1984498241 cites W2088946110 @default.
• W1984498241 cites W2099489543 @default.
• W1984498241 cites W4300240908 @default.
• W1984498241 doi "https://doi.org/10.1098/rsta.1999.0396" @default.
• W1984498241 hasPublicationYear "1999" @default.
• W1984498241 type Work @default.
• W1984498241 sameAs 1984498241 @default.
• W1984498241 citedByCount "16" @default.
• W1984498241 countsByYear W19844982412013 @default.
• W1984498241 countsByYear W19844982412018 @default.
• W1984498241 crossrefType "journal-article" @default.
• W1984498241 hasAuthorship W1984498241A5008487136 @default.
• W1984498241 hasAuthorship W1984498241A5017474107 @default.
• W1984498241 hasAuthorship W1984498241A5060657192 @default.
• W1984498241 hasConcept C127313418 @default.
• W1984498241 hasConcept C151730666 @default.
• W1984498241 hasConcept C175997439 @default.
• W1984498241 hasConcept C191897082 @default.
• W1984498241 hasConcept C192562407 @default.
• W1984498241 hasConcept C195702682 @default.
• W1984498241 hasConcept C2780026712 @default.
• W1984498241 hasConcept C47908070 @default.
• W1984498241 hasConcept C87976508 @default.
• W1984498241 hasConceptScore W1984498241C127313418 @default.
• W1984498241 hasConceptScore W1984498241C151730666 @default.
• W1984498241 hasConceptScore W1984498241C175997439 @default.
• W1984498241 hasConceptScore W1984498241C191897082 @default.
• W1984498241 hasConceptScore W1984498241C192562407 @default.
• W1984498241 hasConceptScore W1984498241C195702682 @default.
• W1984498241 hasConceptScore W1984498241C2780026712 @default.
• W1984498241 hasConceptScore W1984498241C47908070 @default.
• W1984498241 hasConceptScore W1984498241C87976508 @default.
• W1984498241 hasIssue "1756" @default.
• W1984498241 hasLocation W19844982411 @default.
• W1984498241 hasOpenAccess W1984498241 @default.
• W1984498241 hasPrimaryLocation W19844982411 @default.
• W1984498241 hasRelatedWork W1584502652 @default.
• W1984498241 hasRelatedWork W1987795884 @default.
• W1984498241 hasRelatedWork W1996233558 @default.
• W1984498241 hasRelatedWork W1999962534 @default.
• W1984498241 hasRelatedWork W2044516193 @default.
• W1984498241 hasRelatedWork W2083225653 @default.
• W1984498241 hasRelatedWork W2355322572 @default.
• W1984498241 hasRelatedWork W2362660126 @default.
• W1984498241 hasRelatedWork W4224309222 @default.
• W1984498241 hasRelatedWork W4235839644 @default.
• W1984498241 hasVolume "357" @default.
• W1984498241 isParatext "false" @default.
• W1984498241 isRetracted "false" @default.
• W1984498241 magId "1984498241" @default.
• W1984498241 workType "article" @default.