FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4200220983> ?p ?o ?g. }

• W4200220983 endingPage "163477" @default.
• W4200220983 startingPage "163477" @default.
• W4200220983 abstract "Alloy AA6013 (Al-Mg-Si-based aluminum alloy) is of particular interest to the aerospace and automotive industries because of its attractive combinations of properties, however, accelerated grain growth at elevated temperatures limits its superplastic formability. The motivation for this study was to refine grain structure and control grain growth at elevated temperature in order to eliminate the lack of superplasticity in the alloy. For this reason, minor additions of Y, Sc, Zr were considered and their influence on the microstructural evolution, superplastic deformation behavior, and room temperature mechanical properties of a novel AA6013-type alloy was studied. A noticeable refinement of as-cast grain structure was observed due to the co-effect of Sc, Zr, Y additions. It was demonstrated that the Mg2Si phase and Y-bearing phases were formed during solidification of the studied alloys. The phases of silidification origin were fragmented during thermo-mechanical treatment led to the near uniform distribution of coarse particles of 0.5–0.8 µm size in the matrix. The coarse particles caused grain refinement during the superplastic deformation due to the particle stimulated nucleation (PSN) effect. In the alloy containing yttrium, during the decomposition of the aluminum-based solid solution supersaturated by Y, Zr, Sc, the following two precipitation mechanisms were involved: continuous precipitation resulting in the formation of nanoscale L12 phase dispersoids distributed homogeneously throughout the aluminum matrix and discontinuous precipitation that caused fan-shaped aggregations of the same phase near the high-angle grain boundaries. The nanoscale continuously-formed dispersoids retarded the recrystallization and dynamic grain growth during superplastic deformation due to Zenner pinning mechanism. Both PSN and Zenner pinning effects led to the grain refinement and achievement of superplasticity. The maximum elongation of 470% was observed under the test condition of T = 520 °C and ɛ.= 1 × 10−3 − 5 × 10−2 s −1. The room temperature tensile test revealed the following maximum characteristics of the sheet of the alloy with Y additions: yield strength of 330 MPa, ultimate tensile strength of 375 MPa, and elongation at fracture of 10%." @default.
• W4200220983 created "2021-12-31" @default.
• W4200220983 creator A5013176317 @default.
• W4200220983 creator A5016531787 @default.
• W4200220983 creator A5053881055 @default.
• W4200220983 creator A5075009711 @default.
• W4200220983 date "2022-04-01" @default.
• W4200220983 modified "2023-10-05" @default.
• W4200220983 title "The influence of minor additions of Y, Sc, and Zr on the microstructural evolution, superplastic behavior, and mechanical properties of AA6013 alloy" @default.
• W4200220983 cites W1633740916 @default.
• W4200220983 cites W1760269300 @default.
• W4200220983 cites W1947701692 @default.
• W4200220983 cites W1966411791 @default.
• W4200220983 cites W1971274398 @default.
• W4200220983 cites W1979332172 @default.
• W4200220983 cites W1979695078 @default.
• W4200220983 cites W1989826468 @default.
• W4200220983 cites W1989984594 @default.
• W4200220983 cites W1992263530 @default.
• W4200220983 cites W2004210158 @default.
• W4200220983 cites W2004835128 @default.
• W4200220983 cites W2010711414 @default.
• W4200220983 cites W2014574170 @default.
• W4200220983 cites W2017424670 @default.
• W4200220983 cites W2025008018 @default.
• W4200220983 cites W2028560849 @default.
• W4200220983 cites W2034817179 @default.
• W4200220983 cites W2037402928 @default.
• W4200220983 cites W2037978889 @default.
• W4200220983 cites W2040392900 @default.
• W4200220983 cites W2042191258 @default.
• W4200220983 cites W2044403885 @default.
• W4200220983 cites W2067483978 @default.
• W4200220983 cites W2078261852 @default.
• W4200220983 cites W2079789755 @default.
• W4200220983 cites W2082202741 @default.
• W4200220983 cites W2090095337 @default.
• W4200220983 cites W2090226059 @default.
• W4200220983 cites W2091157718 @default.
• W4200220983 cites W2092385226 @default.
• W4200220983 cites W2106666800 @default.
• W4200220983 cites W2115151536 @default.
• W4200220983 cites W2160890232 @default.
• W4200220983 cites W2235579571 @default.
• W4200220983 cites W2276427010 @default.
• W4200220983 cites W2317329513 @default.
• W4200220983 cites W2324212556 @default.
• W4200220983 cites W2408104405 @default.
• W4200220983 cites W2468157109 @default.
• W4200220983 cites W2563758874 @default.
• W4200220983 cites W2570151328 @default.
• W4200220983 cites W2613542055 @default.
• W4200220983 cites W2753135776 @default.
• W4200220983 cites W2790557564 @default.
• W4200220983 cites W2792868205 @default.
• W4200220983 cites W2797624016 @default.
• W4200220983 cites W2801534223 @default.
• W4200220983 cites W2903184518 @default.
• W4200220983 cites W2906549639 @default.
• W4200220983 cites W2913295285 @default.
• W4200220983 cites W2914046830 @default.
• W4200220983 cites W2942852152 @default.
• W4200220983 cites W2944500007 @default.
• W4200220983 cites W2947067750 @default.
• W4200220983 cites W2965043632 @default.
• W4200220983 cites W2980299451 @default.
• W4200220983 cites W2990433963 @default.
• W4200220983 cites W2997558766 @default.
• W4200220983 cites W3004082788 @default.
• W4200220983 cites W3009168490 @default.
• W4200220983 cites W3015380774 @default.
• W4200220983 cites W3018425078 @default.
• W4200220983 cites W3028729566 @default.
• W4200220983 cites W3033401200 @default.
• W4200220983 cites W3036534515 @default.
• W4200220983 cites W3041949894 @default.
• W4200220983 cites W3045669274 @default.
• W4200220983 cites W3049346662 @default.
• W4200220983 cites W3080810497 @default.
• W4200220983 cites W309070292 @default.
• W4200220983 cites W3091887426 @default.
• W4200220983 cites W3115116973 @default.
• W4200220983 cites W3137788966 @default.
• W4200220983 cites W3162543464 @default.
• W4200220983 doi "https://doi.org/10.1016/j.jallcom.2021.163477" @default.
• W4200220983 hasPublicationYear "2022" @default.
• W4200220983 type Work @default.
• W4200220983 citedByCount "11" @default.
• W4200220983 countsByYear W42002209832022 @default.
• W4200220983 countsByYear W42002209832023 @default.
• W4200220983 crossrefType "journal-article" @default.
• W4200220983 hasAuthorship W4200220983A5013176317 @default.
• W4200220983 hasAuthorship W4200220983A5016531787 @default.
• W4200220983 hasAuthorship W4200220983A5053881055 @default.
• W4200220983 hasAuthorship W4200220983A5075009711 @default.
• W4200220983 hasConcept C107054158 @default.
• W4200220983 hasConcept C121332964 @default.
• W4200220983 hasConcept C151730666 @default.

• next