Matches in SemOpenAlex for { <https://semopenalex.org/work/W3153473663> ?p ?o ?g. }
- W3153473663 endingPage "113903" @default.
- W3153473663 startingPage "113903" @default.
- W3153473663 abstract "An integrated computational materials engineering (ICME) approach was used to design a fully Austenitic, Mn-stabilized steel strengthened by three nano-scale precipitate phases: β-NiAl, FCC-Cu, and M23C6 carbides. Thermo-Calc was used to predict the effects of Ni, Al, and Cu additions on phase stability in a Fe–17.7Mn–4.7Cr–0.48C (wt.%) base Austenitic composition. These predictions were verified experimentally by (1) synthesizing alloys of this Austenitic base alloy modified with Cu, Ni+Al, or Cu+Ni+Al, (2) measuring the mechanical properties by microindentation, and (3) characterizing the nano-scale microstructures by atom probe tomography (APT). After ageing at 580°C, selected based on Thermo-Calc modeling, only minor hardening was observed in samples modified with either Cu or Ni+Al. However, the alloy with combined additions of Cu together with Ni+Al exhibited significant hardening (490 HV, corresponding to an estimated σy ≈ 1200 MPa), which was attributed to the formation of FCC-Cu and β-NiAl nano-precipitates." @default.
- W3153473663 created "2021-04-26" @default.
- W3153473663 creator A5004782819 @default.
- W3153473663 creator A5015111937 @default.
- W3153473663 creator A5021702232 @default.
- W3153473663 date "2021-07-01" @default.
- W3153473663 modified "2023-09-30" @default.
- W3153473663 title "Mn-stabilized austenitic steel strengthened by nano-scale β-NiAl (B2), FCC-Cu, and carbides via ICME design" @default.
- W3153473663 cites W1688365984 @default.
- W3153473663 cites W1963884899 @default.
- W3153473663 cites W1970783788 @default.
- W3153473663 cites W1976817947 @default.
- W3153473663 cites W1980962769 @default.
- W3153473663 cites W1985828700 @default.
- W3153473663 cites W1987373614 @default.
- W3153473663 cites W1989435588 @default.
- W3153473663 cites W2006498232 @default.
- W3153473663 cites W2012128556 @default.
- W3153473663 cites W2013462665 @default.
- W3153473663 cites W2019855812 @default.
- W3153473663 cites W2024604600 @default.
- W3153473663 cites W2034069460 @default.
- W3153473663 cites W2037703871 @default.
- W3153473663 cites W2039329320 @default.
- W3153473663 cites W2041907218 @default.
- W3153473663 cites W2041910468 @default.
- W3153473663 cites W2047645761 @default.
- W3153473663 cites W2054933210 @default.
- W3153473663 cites W2056912902 @default.
- W3153473663 cites W2057654146 @default.
- W3153473663 cites W2062476417 @default.
- W3153473663 cites W2062507222 @default.
- W3153473663 cites W2070199184 @default.
- W3153473663 cites W2074448226 @default.
- W3153473663 cites W2081121057 @default.
- W3153473663 cites W2093322803 @default.
- W3153473663 cites W2100104841 @default.
- W3153473663 cites W2109003984 @default.
- W3153473663 cites W2114111466 @default.
- W3153473663 cites W2132739183 @default.
- W3153473663 cites W2135391510 @default.
- W3153473663 cites W2190241146 @default.
- W3153473663 cites W2281413384 @default.
- W3153473663 cites W2299046578 @default.
- W3153473663 cites W2317001206 @default.
- W3153473663 cites W2344948312 @default.
- W3153473663 cites W2513022360 @default.
- W3153473663 cites W2554482095 @default.
- W3153473663 cites W2586944999 @default.
- W3153473663 cites W2593330943 @default.
- W3153473663 cites W2595128685 @default.
- W3153473663 cites W2621072282 @default.
- W3153473663 cites W2746882637 @default.
- W3153473663 cites W2761518856 @default.
- W3153473663 cites W2779573238 @default.
- W3153473663 cites W2892898440 @default.
- W3153473663 cites W2895420890 @default.
- W3153473663 cites W2914585200 @default.
- W3153473663 cites W2915700277 @default.
- W3153473663 cites W3011250926 @default.
- W3153473663 cites W3048599854 @default.
- W3153473663 cites W3090328363 @default.
- W3153473663 cites W774333926 @default.
- W3153473663 doi "https://doi.org/10.1016/j.scriptamat.2021.113903" @default.
- W3153473663 hasPublicationYear "2021" @default.
- W3153473663 type Work @default.
- W3153473663 sameAs 3153473663 @default.
- W3153473663 citedByCount "2" @default.
- W3153473663 countsByYear W31534736632022 @default.
- W3153473663 crossrefType "journal-article" @default.
- W3153473663 hasAuthorship W3153473663A5004782819 @default.
- W3153473663 hasAuthorship W3153473663A5015111937 @default.
- W3153473663 hasAuthorship W3153473663A5021702232 @default.
- W3153473663 hasBestOaLocation W31534736631 @default.
- W3153473663 hasConcept C159985019 @default.
- W3153473663 hasConcept C16876290 @default.
- W3153473663 hasConcept C191897082 @default.
- W3153473663 hasConcept C192562407 @default.
- W3153473663 hasConcept C27501479 @default.
- W3153473663 hasConcept C2779227376 @default.
- W3153473663 hasConcept C2780026712 @default.
- W3153473663 hasConcept C2780289051 @default.
- W3153473663 hasConcept C2780357685 @default.
- W3153473663 hasConcept C44255700 @default.
- W3153473663 hasConcept C5335593 @default.
- W3153473663 hasConcept C87976508 @default.
- W3153473663 hasConcept C96288455 @default.
- W3153473663 hasConceptScore W3153473663C159985019 @default.
- W3153473663 hasConceptScore W3153473663C16876290 @default.
- W3153473663 hasConceptScore W3153473663C191897082 @default.
- W3153473663 hasConceptScore W3153473663C192562407 @default.
- W3153473663 hasConceptScore W3153473663C27501479 @default.
- W3153473663 hasConceptScore W3153473663C2779227376 @default.
- W3153473663 hasConceptScore W3153473663C2780026712 @default.
- W3153473663 hasConceptScore W3153473663C2780289051 @default.
- W3153473663 hasConceptScore W3153473663C2780357685 @default.
- W3153473663 hasConceptScore W3153473663C44255700 @default.
- W3153473663 hasConceptScore W3153473663C5335593 @default.