FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366980140> ?p ?o ?g. }

• W4366980140 endingPage "102556" @default.
• W4366980140 startingPage "102556" @default.
• W4366980140 abstract "Over decades, Mg–Li alloys have been widely used in aerospace industries owing to their low density (<1.65 g/cm3), medium strength (UTS: 130–200 MPa; YS: 100–170 MPa), and exceptional ductility (elongation: 5–30%). However, their stiffness is so poor (Young's Modulus: 45–47 GPa) that cannot meet many engineering design requirements such as space exploration and Lunar/Mars landing. Therefore, increasing modulus without degrading the strength and ductility of Mg–Li alloy has been a tough problem to be solved for many years. In this study, we have successfully made a significant breakthrough in improving the performance of Mg–Li alloys by inventing a new composition and a new processing route using CALPHAD for ultra-light Mg–Li alloys (density∼1.57 g/cm3), achieving high-strength (UTS: 335 MPa and YS: 290 MPa) and high-modulus (62.5 GPa). The origin of modulus improvement has been discovered by using a combination of SEM, TEM, XCT, nanoindentation, and neutron scattering experiments. Thermodynamically, it was found the high strength and modulus are attributed to the enhanced Mg–Mg bonding in the matrix and the increased elastic interaction forces from the lattice mismatch between the solute atoms and the solvent Mg. Meanwhile, the solution strengthening by lithium and precipitation hardening is discovered by inhibiting dislocation motion. Interestingly, age softening in Al–Li has been found to be a result of phase transformation from high-modulus particles into low ones using TEM, SANS, and nanoindentation tests." @default.
• W4366980140 created "2023-04-27" @default.
• W4366980140 creator A5001210665 @default.
• W4366980140 creator A5004340079 @default.
• W4366980140 creator A5016412728 @default.
• W4366980140 creator A5051434566 @default.
• W4366980140 creator A5078619050 @default.
• W4366980140 creator A5084814768 @default.
• W4366980140 date "2023-06-01" @default.
• W4366980140 modified "2023-09-26" @default.
• W4366980140 title "Ultra-light Mg–Li alloy by design to achieve unprecedented high stiffness using the CALPHAD approach" @default.
• W4366980140 cites W1811587300 @default.
• W4366980140 cites W1964815870 @default.
• W4366980140 cites W1968187333 @default.
• W4366980140 cites W1970489828 @default.
• W4366980140 cites W1973156717 @default.
• W4366980140 cites W1974919758 @default.
• W4366980140 cites W1980297731 @default.
• W4366980140 cites W1984703383 @default.
• W4366980140 cites W1987508507 @default.
• W4366980140 cites W1988800640 @default.
• W4366980140 cites W1991151649 @default.
• W4366980140 cites W2009720245 @default.
• W4366980140 cites W2011613789 @default.
• W4366980140 cites W2012216202 @default.
• W4366980140 cites W2013185999 @default.
• W4366980140 cites W2022216367 @default.
• W4366980140 cites W2026579960 @default.
• W4366980140 cites W2028224293 @default.
• W4366980140 cites W2029836725 @default.
• W4366980140 cites W2033538512 @default.
• W4366980140 cites W2033904385 @default.
• W4366980140 cites W2040518223 @default.
• W4366980140 cites W2040832029 @default.
• W4366980140 cites W2042840438 @default.
• W4366980140 cites W2051166244 @default.
• W4366980140 cites W2053388076 @default.
• W4366980140 cites W2108550269 @default.
• W4366980140 cites W2125159866 @default.
• W4366980140 cites W2141932983 @default.
• W4366980140 cites W2167667806 @default.
• W4366980140 cites W2323458493 @default.
• W4366980140 cites W2407129534 @default.
• W4366980140 cites W2464770746 @default.
• W4366980140 cites W2568928401 @default.
• W4366980140 cites W2790959644 @default.
• W4366980140 cites W2802152725 @default.
• W4366980140 cites W2837939584 @default.
• W4366980140 cites W2914618593 @default.
• W4366980140 cites W2953635532 @default.
• W4366980140 cites W2955004663 @default.
• W4366980140 cites W3011867044 @default.
• W4366980140 cites W3011961763 @default.
• W4366980140 cites W3016709079 @default.
• W4366980140 cites W3032974321 @default.
• W4366980140 cites W3035303512 @default.
• W4366980140 cites W3038161233 @default.
• W4366980140 cites W3084630633 @default.
• W4366980140 cites W3158366241 @default.
• W4366980140 cites W3171313023 @default.
• W4366980140 cites W3211839215 @default.
• W4366980140 cites W4200350734 @default.
• W4366980140 cites W4200577519 @default.
• W4366980140 cites W4205105281 @default.
• W4366980140 cites W4206355040 @default.
• W4366980140 cites W4210509734 @default.
• W4366980140 doi "https://doi.org/10.1016/j.calphad.2023.102556" @default.
• W4366980140 hasPublicationYear "2023" @default.
• W4366980140 type Work @default.
• W4366980140 citedByCount "0" @default.
• W4366980140 crossrefType "journal-article" @default.
• W4366980140 hasAuthorship W4366980140A5001210665 @default.
• W4366980140 hasAuthorship W4366980140A5004340079 @default.
• W4366980140 hasAuthorship W4366980140A5016412728 @default.
• W4366980140 hasAuthorship W4366980140A5051434566 @default.
• W4366980140 hasAuthorship W4366980140A5078619050 @default.
• W4366980140 hasAuthorship W4366980140A5084814768 @default.
• W4366980140 hasConcept C149912024 @default.
• W4366980140 hasConcept C159985019 @default.
• W4366980140 hasConcept C178790620 @default.
• W4366980140 hasConcept C185592680 @default.
• W4366980140 hasConcept C191897082 @default.
• W4366980140 hasConcept C192562407 @default.
• W4366980140 hasConcept C193867417 @default.
• W4366980140 hasConcept C2776512210 @default.
• W4366980140 hasConcept C2780026712 @default.
• W4366980140 hasConcept C43486711 @default.
• W4366980140 hasConcept C44280652 @default.
• W4366980140 hasConcept C49326732 @default.
• W4366980140 hasConcept C85906118 @default.
• W4366980140 hasConcept C93501709 @default.
• W4366980140 hasConceptScore W4366980140C149912024 @default.
• W4366980140 hasConceptScore W4366980140C159985019 @default.
• W4366980140 hasConceptScore W4366980140C178790620 @default.
• W4366980140 hasConceptScore W4366980140C185592680 @default.
• W4366980140 hasConceptScore W4366980140C191897082 @default.
• W4366980140 hasConceptScore W4366980140C192562407 @default.
• W4366980140 hasConceptScore W4366980140C193867417 @default.

• next