Matches in SemOpenAlex for { <https://semopenalex.org/work/W3089795513> ?p ?o ?g. }
- W3089795513 endingPage "101635" @default.
- W3089795513 startingPage "101635" @default.
- W3089795513 abstract "Aging responses of selective laser melted AlCu5MnCdVA alloys were investigated in this work. After artificial aging treatment, the precipitate strengthening makes the greatest contribution to the strength. At a lower aging temperature (426 K), nano-sized precipitates including AlxCuyMnz result in a limited sacrifice of the plasticity but a significant improvement in strength in the early stage. As the aging duration increases, θ'' and θ' precipitates nucleate, which can strongly improve the strength. Samples aged for 48 h have the highest ultimate tensile strength (473 MPa) due to the presence of θ' with high aspect ratio and dispersed θ''. At a higher aging temperature (446 K), The mixed θ'' and θ' layer structured precipitates contribute to the mechanical properties of the samples aged for 6 h and 10 h. The precipitate growth and the θ'' to θ' transformation both significantly affect the strength and ductility trade-off. Because the interfacial energy of θ'' is smaller than that of θ', the coarsening rate of θ'' is slower. As a result, the in-situ transformed θ' is smaller compared with the θ' nucleating at the defects, which is beneficial for the strength increase. The loss of Cd during SLM is one of the main reasons for the inapplicability of the traditional aging methods. The results highlight the importance of controlling the precipitates through post-aging process." @default.
- W3089795513 created "2020-10-08" @default.
- W3089795513 creator A5000087838 @default.
- W3089795513 creator A5018006562 @default.
- W3089795513 creator A5041702154 @default.
- W3089795513 creator A5060346703 @default.
- W3089795513 creator A5065481458 @default.
- W3089795513 creator A5086711483 @default.
- W3089795513 creator A5090973452 @default.
- W3089795513 date "2021-01-01" @default.
- W3089795513 modified "2023-09-24" @default.
- W3089795513 title "Aging responses of an Al-Cu alloy fabricated by selective laser melting" @default.
- W3089795513 cites W1963861841 @default.
- W3089795513 cites W1965548393 @default.
- W3089795513 cites W1968450493 @default.
- W3089795513 cites W1977666080 @default.
- W3089795513 cites W1977924218 @default.
- W3089795513 cites W2002449693 @default.
- W3089795513 cites W2007691803 @default.
- W3089795513 cites W2009256118 @default.
- W3089795513 cites W2010237334 @default.
- W3089795513 cites W2026699800 @default.
- W3089795513 cites W2029947943 @default.
- W3089795513 cites W2030045898 @default.
- W3089795513 cites W2032063763 @default.
- W3089795513 cites W2039054204 @default.
- W3089795513 cites W2040712784 @default.
- W3089795513 cites W2043930575 @default.
- W3089795513 cites W2046470662 @default.
- W3089795513 cites W2048938657 @default.
- W3089795513 cites W2051389479 @default.
- W3089795513 cites W2055955414 @default.
- W3089795513 cites W2057938892 @default.
- W3089795513 cites W2063740350 @default.
- W3089795513 cites W2064552752 @default.
- W3089795513 cites W2065462375 @default.
- W3089795513 cites W2069386992 @default.
- W3089795513 cites W2071297729 @default.
- W3089795513 cites W2077536466 @default.
- W3089795513 cites W2082119860 @default.
- W3089795513 cites W2082461468 @default.
- W3089795513 cites W2085006689 @default.
- W3089795513 cites W2092246143 @default.
- W3089795513 cites W2108709843 @default.
- W3089795513 cites W2146090754 @default.
- W3089795513 cites W2147567168 @default.
- W3089795513 cites W2161274120 @default.
- W3089795513 cites W2172160606 @default.
- W3089795513 cites W2192451982 @default.
- W3089795513 cites W2218105324 @default.
- W3089795513 cites W2254207748 @default.
- W3089795513 cites W2344816559 @default.
- W3089795513 cites W2405163970 @default.
- W3089795513 cites W2462944400 @default.
- W3089795513 cites W2503161491 @default.
- W3089795513 cites W2515285015 @default.
- W3089795513 cites W2561411752 @default.
- W3089795513 cites W2563426654 @default.
- W3089795513 cites W2602271261 @default.
- W3089795513 cites W2758567842 @default.
- W3089795513 cites W2762367303 @default.
- W3089795513 cites W2767605787 @default.
- W3089795513 cites W2768293417 @default.
- W3089795513 cites W2770550912 @default.
- W3089795513 cites W2772428090 @default.
- W3089795513 cites W2774696288 @default.
- W3089795513 cites W2795380758 @default.
- W3089795513 cites W2799507030 @default.
- W3089795513 cites W2805198954 @default.
- W3089795513 cites W2811035001 @default.
- W3089795513 cites W2887835571 @default.
- W3089795513 cites W2887842648 @default.
- W3089795513 cites W2888112751 @default.
- W3089795513 cites W2895516825 @default.
- W3089795513 cites W2909572628 @default.
- W3089795513 cites W2916748991 @default.
- W3089795513 cites W2925292535 @default.
- W3089795513 cites W2944431891 @default.
- W3089795513 cites W2955412165 @default.
- W3089795513 cites W2960317155 @default.
- W3089795513 cites W2968285011 @default.
- W3089795513 cites W2995121208 @default.
- W3089795513 cites W3004797407 @default.
- W3089795513 doi "https://doi.org/10.1016/j.addma.2020.101635" @default.
- W3089795513 hasPublicationYear "2021" @default.
- W3089795513 type Work @default.
- W3089795513 sameAs 3089795513 @default.
- W3089795513 citedByCount "8" @default.
- W3089795513 countsByYear W30897955132021 @default.
- W3089795513 countsByYear W30897955132022 @default.
- W3089795513 countsByYear W30897955132023 @default.
- W3089795513 crossrefType "journal-article" @default.
- W3089795513 hasAuthorship W3089795513A5000087838 @default.
- W3089795513 hasAuthorship W3089795513A5018006562 @default.
- W3089795513 hasAuthorship W3089795513A5041702154 @default.
- W3089795513 hasAuthorship W3089795513A5060346703 @default.
- W3089795513 hasAuthorship W3089795513A5065481458 @default.
- W3089795513 hasAuthorship W3089795513A5086711483 @default.