Matches in SemOpenAlex for { <https://semopenalex.org/work/W4321483496> ?p ?o ?g. }
- W4321483496 endingPage "112751" @default.
- W4321483496 startingPage "112751" @default.
- W4321483496 abstract "To elucidate the effect of solution temperature on microstructures and mechanical properties of the Al-Cu-Li-Sc alloy, the evolution of the second phase and precipitates were analyzed to reveal the strength contribution by dissolving Cu-enriched second phases. It is demonstrated that the diffusion rate of the Cu atom in Cu-enriched second phases, mainly Sc-containing θ (Al2Cu) phases, increased with solution treatment temperature, which induced more T1 (Al2CuLi) precipitates formed during the aging process. More 10 at. % Cu atoms in second phases could dissolve into the Al matrix with the solution temperature increased from 490 °C to 520 °C, and these Cu-enriched second phases transformed into near equilibrium Sc-containing θ phases. Increasing the Cu atomic concentration in Al solid solution reduced GPB zones and inhibited δ′ (Al3Li) phases, thus improving the precipitation kinetics of the T1 phase. Less δ′ phase was observed in the sample at peak aging with a solution treatment at 520 °C, and the T1 phase was dominant. A clear improvement in the peak-aging hardness by 15.5% and yield strength by 19.1% of the sample after solution-treated at 520 °C compared with 490 °C." @default.
- W4321483496 created "2023-02-23" @default.
- W4321483496 creator A5013088921 @default.
- W4321483496 creator A5051121512 @default.
- W4321483496 creator A5068866950 @default.
- W4321483496 creator A5090161731 @default.
- W4321483496 date "2023-04-01" @default.
- W4321483496 modified "2023-09-26" @default.
- W4321483496 title "Improving the strength contribution of T1 precipitates in Al-4Cu-1.2Li-0.1Sc alloys by dissolving Cu-enriched second phases" @default.
- W4321483496 cites W1964197744 @default.
- W4321483496 cites W1965057597 @default.
- W4321483496 cites W1966906549 @default.
- W4321483496 cites W1968450493 @default.
- W4321483496 cites W1972860099 @default.
- W4321483496 cites W1984597959 @default.
- W4321483496 cites W1986722387 @default.
- W4321483496 cites W1990989708 @default.
- W4321483496 cites W1994633177 @default.
- W4321483496 cites W1995437539 @default.
- W4321483496 cites W1998092578 @default.
- W4321483496 cites W1998943606 @default.
- W4321483496 cites W1999581084 @default.
- W4321483496 cites W2006299118 @default.
- W4321483496 cites W2030654138 @default.
- W4321483496 cites W2037962563 @default.
- W4321483496 cites W2044436804 @default.
- W4321483496 cites W2045360898 @default.
- W4321483496 cites W2047940064 @default.
- W4321483496 cites W2061316541 @default.
- W4321483496 cites W2064309388 @default.
- W4321483496 cites W2065773661 @default.
- W4321483496 cites W2073986649 @default.
- W4321483496 cites W2078207194 @default.
- W4321483496 cites W2083478225 @default.
- W4321483496 cites W2087803046 @default.
- W4321483496 cites W2089648627 @default.
- W4321483496 cites W2091678452 @default.
- W4321483496 cites W2094825850 @default.
- W4321483496 cites W2225435857 @default.
- W4321483496 cites W2289225023 @default.
- W4321483496 cites W2290278883 @default.
- W4321483496 cites W2411965626 @default.
- W4321483496 cites W2520896374 @default.
- W4321483496 cites W2524181668 @default.
- W4321483496 cites W2527636748 @default.
- W4321483496 cites W2615424379 @default.
- W4321483496 cites W2750794299 @default.
- W4321483496 cites W2765679797 @default.
- W4321483496 cites W2773908445 @default.
- W4321483496 cites W2775883390 @default.
- W4321483496 cites W2794314645 @default.
- W4321483496 cites W2800792007 @default.
- W4321483496 cites W2807918919 @default.
- W4321483496 cites W2899191109 @default.
- W4321483496 cites W2906033439 @default.
- W4321483496 cites W2997316584 @default.
- W4321483496 cites W3009713451 @default.
- W4321483496 cites W3021795726 @default.
- W4321483496 cites W3021907421 @default.
- W4321483496 cites W3023845649 @default.
- W4321483496 cites W3039658172 @default.
- W4321483496 cites W3108796069 @default.
- W4321483496 cites W3118849053 @default.
- W4321483496 cites W3139453345 @default.
- W4321483496 cites W3149497081 @default.
- W4321483496 cites W3155780298 @default.
- W4321483496 cites W3179637473 @default.
- W4321483496 cites W3199480951 @default.
- W4321483496 cites W3202781238 @default.
- W4321483496 cites W3216840811 @default.
- W4321483496 cites W4206967257 @default.
- W4321483496 cites W4220999344 @default.
- W4321483496 cites W4229007146 @default.
- W4321483496 cites W4293044824 @default.
- W4321483496 cites W4297473103 @default.
- W4321483496 doi "https://doi.org/10.1016/j.matchar.2023.112751" @default.
- W4321483496 hasPublicationYear "2023" @default.
- W4321483496 type Work @default.
- W4321483496 citedByCount "0" @default.
- W4321483496 crossrefType "journal-article" @default.
- W4321483496 hasAuthorship W4321483496A5013088921 @default.
- W4321483496 hasAuthorship W4321483496A5051121512 @default.
- W4321483496 hasAuthorship W4321483496A5068866950 @default.
- W4321483496 hasAuthorship W4321483496A5090161731 @default.
- W4321483496 hasConcept C107054158 @default.
- W4321483496 hasConcept C113196181 @default.
- W4321483496 hasConcept C121332964 @default.
- W4321483496 hasConcept C127413603 @default.
- W4321483496 hasConcept C134121241 @default.
- W4321483496 hasConcept C138999460 @default.
- W4321483496 hasConcept C148898269 @default.
- W4321483496 hasConcept C153294291 @default.
- W4321483496 hasConcept C178790620 @default.
- W4321483496 hasConcept C185592680 @default.
- W4321483496 hasConcept C191897082 @default.
- W4321483496 hasConcept C192562407 @default.
- W4321483496 hasConcept C2780026712 @default.
- W4321483496 hasConcept C42360764 @default.