Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281711539> ?p ?o ?g. }
- W4281711539 endingPage "143425" @default.
- W4281711539 startingPage "143425" @default.
- W4281711539 abstract "Precipitation strengthening is one of the significant strengthening mechanisms for metallic alloys owing to its excellent strengthening effect. Here, we effectively introduce homogenous nanosized precipitates into a Mg–6Zn–4Al–1Sn-0.5Mn (wt.%) alloy via extrusion and double aging to enhance strength-ductility synergy. The yield strength, ultimate tensile strength, and total elongation of the Mg alloy are 303.1 ± 15.8 MPa, 392.5 ± 3.9 MPa, and 21.1 ± 2.4%, respectively. Using transmission electron microscopy and atomic level high angle annual dark field-scanning TEM, in addition to the icosahedral quasicrystalline (IQC) particles at the grain boundary, we find that there are two kinds of nanoprecipitates in the matrix. The majority of nanoprecipitates are cuboid IQC phases with nanodomains parallel to the basal plane of the Mg matrix, while the minority of nanoprecipitates are rod-like β1′ phases containing IQC clusters vertical to the basal plane. These homogenous nanoscale precipitates and grain refinement contribute 50.5% and 30.2% of the yield strength. This work sheds new light on understanding the nanoscale IQC precipitate strengthening mechanisms of magnesium alloys and provides a novel method to fabricate alloys with superior mechanical properties." @default.
- W4281711539 created "2022-06-13" @default.
- W4281711539 creator A5017355991 @default.
- W4281711539 creator A5023909622 @default.
- W4281711539 creator A5045513522 @default.
- W4281711539 creator A5063613000 @default.
- W4281711539 creator A5080712940 @default.
- W4281711539 creator A5087515117 @default.
- W4281711539 creator A5091061759 @default.
- W4281711539 date "2022-07-01" @default.
- W4281711539 modified "2023-10-04" @default.
- W4281711539 title "Nanoscale precipitates with quasicrystal domains enhanced strength-ductility synergy in a Mg–6Zn–4Al–1Sn–0.5Mn alloy" @default.
- W4281711539 cites W1964563978 @default.
- W4281711539 cites W1968151427 @default.
- W4281711539 cites W1970089019 @default.
- W4281711539 cites W1972474562 @default.
- W4281711539 cites W1973068787 @default.
- W4281711539 cites W1977967476 @default.
- W4281711539 cites W1979267532 @default.
- W4281711539 cites W1979841203 @default.
- W4281711539 cites W1981797752 @default.
- W4281711539 cites W1989000372 @default.
- W4281711539 cites W1999787279 @default.
- W4281711539 cites W2000881682 @default.
- W4281711539 cites W2001050997 @default.
- W4281711539 cites W2001239587 @default.
- W4281711539 cites W2001244451 @default.
- W4281711539 cites W2003747466 @default.
- W4281711539 cites W2004317130 @default.
- W4281711539 cites W2005374347 @default.
- W4281711539 cites W2006862320 @default.
- W4281711539 cites W2007834840 @default.
- W4281711539 cites W2008856141 @default.
- W4281711539 cites W2011466350 @default.
- W4281711539 cites W2021736962 @default.
- W4281711539 cites W2025567041 @default.
- W4281711539 cites W2026558570 @default.
- W4281711539 cites W2039458520 @default.
- W4281711539 cites W2040026750 @default.
- W4281711539 cites W2040805764 @default.
- W4281711539 cites W2043829240 @default.
- W4281711539 cites W2048588156 @default.
- W4281711539 cites W2056912902 @default.
- W4281711539 cites W2062764044 @default.
- W4281711539 cites W2065679048 @default.
- W4281711539 cites W2074711675 @default.
- W4281711539 cites W2086334282 @default.
- W4281711539 cites W2094492121 @default.
- W4281711539 cites W2105316048 @default.
- W4281711539 cites W2108637806 @default.
- W4281711539 cites W2110573545 @default.
- W4281711539 cites W2113950476 @default.
- W4281711539 cites W2123466866 @default.
- W4281711539 cites W2176910710 @default.
- W4281711539 cites W2224198644 @default.
- W4281711539 cites W2270875747 @default.
- W4281711539 cites W2336059696 @default.
- W4281711539 cites W2531022755 @default.
- W4281711539 cites W2556626081 @default.
- W4281711539 cites W2596679509 @default.
- W4281711539 cites W2604539362 @default.
- W4281711539 cites W2739576165 @default.
- W4281711539 cites W2766273024 @default.
- W4281711539 cites W2774665239 @default.
- W4281711539 cites W2795196370 @default.
- W4281711539 cites W2807215408 @default.
- W4281711539 cites W2889180917 @default.
- W4281711539 cites W2890746687 @default.
- W4281711539 cites W2901211427 @default.
- W4281711539 cites W2911318494 @default.
- W4281711539 cites W2919690996 @default.
- W4281711539 cites W2948707187 @default.
- W4281711539 cites W2972736328 @default.
- W4281711539 cites W2990554849 @default.
- W4281711539 cites W2999461415 @default.
- W4281711539 cites W2999919303 @default.
- W4281711539 cites W3018568415 @default.
- W4281711539 cites W3091826849 @default.
- W4281711539 cites W3138671698 @default.
- W4281711539 cites W3180986707 @default.
- W4281711539 cites W3186481388 @default.
- W4281711539 cites W3189151436 @default.
- W4281711539 cites W3194118779 @default.
- W4281711539 cites W3198495223 @default.
- W4281711539 cites W3199485162 @default.
- W4281711539 cites W4211197843 @default.
- W4281711539 cites W4226133811 @default.
- W4281711539 cites W4244464153 @default.
- W4281711539 doi "https://doi.org/10.1016/j.msea.2022.143425" @default.
- W4281711539 hasPublicationYear "2022" @default.
- W4281711539 type Work @default.
- W4281711539 citedByCount "4" @default.
- W4281711539 countsByYear W42817115392022 @default.
- W4281711539 countsByYear W42817115392023 @default.
- W4281711539 crossrefType "journal-article" @default.
- W4281711539 hasAuthorship W4281711539A5017355991 @default.
- W4281711539 hasAuthorship W4281711539A5023909622 @default.
- W4281711539 hasAuthorship W4281711539A5045513522 @default.