FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367672726> ?p ?o ?g. }

• W4367672726 endingPage "112115" @default.
• W4367672726 startingPage "112115" @default.
• W4367672726 abstract "Tailoring the phase constituents by alloying is an available exploration route to improve the integrated mechanical properties. (AlNbTiVCr)100-xNix (x = 0, 0.5, 1, 1.5, and 2, at.%, simplify as Ni0, Ni0.5, Ni1, Ni1.5, and Ni2 alloy, respectively) high entropy alloys were designed and prepared. The effect of Ni on phase formation, microstructure and mechanical properties is evaluated. The addition of Ni transforms the alloys microstructure from a single BCC phase to a mixture of BCC phase, C14 Laves phase and C15 Laves phase. The doping of Ni promotes precipitation of Nb and Cr, resulting in atomic size mismatch and shear modulus mismatch caused by Nb and Cr, respectively. The volume fraction of the Laves phase gradually increases. In room temperature compression test, Ni1.5 alloy exhibits a better combination of compressive strength of 1906.2 MPa, fracture strain of 15.2%, and high specific strength of 330.9 MPa/g × cm−3. When Ni content is 2 at. %, Vickers hardness reaches the maximum value of 740.8 HV. An improvement in compressive strength and Vickers hardness is due to solid solution strengthening and precipitated phase strengthening. This study provides important experience for the design and preparation of lightweight structural materials for practical applications." @default.
• W4367672726 created "2023-05-03" @default.
• W4367672726 creator A5006669207 @default.
• W4367672726 creator A5008200832 @default.
• W4367672726 creator A5027402929 @default.
• W4367672726 creator A5033084673 @default.
• W4367672726 creator A5068699855 @default.
• W4367672726 date "2023-07-01" @default.
• W4367672726 modified "2023-10-18" @default.
• W4367672726 title "Lightweight and high hardness (AlNbTiVCr)100-Ni high entropy alloys reinforced by Laves phase" @default.
• W4367672726 cites W1215338346 @default.
• W4367672726 cites W1965783559 @default.
• W4367672726 cites W1988800640 @default.
• W4367672726 cites W1991258650 @default.
• W4367672726 cites W2007876110 @default.
• W4367672726 cites W2020462182 @default.
• W4367672726 cites W2064834257 @default.
• W4367672726 cites W2177302877 @default.
• W4367672726 cites W2329883020 @default.
• W4367672726 cites W2512448911 @default.
• W4367672726 cites W2534691303 @default.
• W4367672726 cites W2581548805 @default.
• W4367672726 cites W2783901907 @default.
• W4367672726 cites W2788800448 @default.
• W4367672726 cites W2894598844 @default.
• W4367672726 cites W2940856801 @default.
• W4367672726 cites W2949550644 @default.
• W4367672726 cites W2994745131 @default.
• W4367672726 cites W2998756690 @default.
• W4367672726 cites W3006902752 @default.
• W4367672726 cites W3014384134 @default.
• W4367672726 cites W3020305852 @default.
• W4367672726 cites W3085681484 @default.
• W4367672726 cites W3089544515 @default.
• W4367672726 cites W3097453910 @default.
• W4367672726 cites W3104681969 @default.
• W4367672726 cites W3117213354 @default.
• W4367672726 cites W3138680335 @default.
• W4367672726 cites W3154044936 @default.
• W4367672726 cites W3189099189 @default.
• W4367672726 cites W3205430318 @default.
• W4367672726 cites W3207445150 @default.
• W4367672726 cites W3210782486 @default.
• W4367672726 cites W3213125641 @default.
• W4367672726 cites W3214008698 @default.
• W4367672726 cites W3214852732 @default.
• W4367672726 cites W4200335291 @default.
• W4367672726 cites W4200430652 @default.
• W4367672726 cites W4200532060 @default.
• W4367672726 cites W4206956396 @default.
• W4367672726 cites W4210783557 @default.
• W4367672726 cites W4214691110 @default.
• W4367672726 cites W4224024968 @default.
• W4367672726 cites W4224282661 @default.
• W4367672726 cites W4283318212 @default.
• W4367672726 cites W4285600486 @default.
• W4367672726 cites W4287511906 @default.
• W4367672726 cites W4293660016 @default.
• W4367672726 cites W4294804864 @default.
• W4367672726 cites W4295332855 @default.
• W4367672726 cites W4301180142 @default.
• W4367672726 cites W4302362885 @default.
• W4367672726 cites W4309624684 @default.
• W4367672726 cites W4312030546 @default.
• W4367672726 doi "https://doi.org/10.1016/j.vacuum.2023.112115" @default.
• W4367672726 hasPublicationYear "2023" @default.
• W4367672726 type Work @default.
• W4367672726 citedByCount "1" @default.
• W4367672726 countsByYear W43676727262023 @default.
• W4367672726 crossrefType "journal-article" @default.
• W4367672726 hasAuthorship W4367672726A5006669207 @default.
• W4367672726 hasAuthorship W4367672726A5008200832 @default.
• W4367672726 hasAuthorship W4367672726A5027402929 @default.
• W4367672726 hasAuthorship W4367672726A5033084673 @default.
• W4367672726 hasAuthorship W4367672726A5068699855 @default.
• W4367672726 hasConcept C133392424 @default.
• W4367672726 hasConcept C159985019 @default.
• W4367672726 hasConcept C178790620 @default.
• W4367672726 hasConcept C185592680 @default.
• W4367672726 hasConcept C191897082 @default.
• W4367672726 hasConcept C192562407 @default.
• W4367672726 hasConcept C193705005 @default.
• W4367672726 hasConcept C27501479 @default.
• W4367672726 hasConcept C2776878729 @default.
• W4367672726 hasConcept C2780026712 @default.
• W4367672726 hasConcept C2780299837 @default.
• W4367672726 hasConcept C30407753 @default.
• W4367672726 hasConcept C44280652 @default.
• W4367672726 hasConcept C65590680 @default.
• W4367672726 hasConcept C87976508 @default.
• W4367672726 hasConceptScore W4367672726C133392424 @default.
• W4367672726 hasConceptScore W4367672726C159985019 @default.
• W4367672726 hasConceptScore W4367672726C178790620 @default.
• W4367672726 hasConceptScore W4367672726C185592680 @default.
• W4367672726 hasConceptScore W4367672726C191897082 @default.
• W4367672726 hasConceptScore W4367672726C192562407 @default.
• W4367672726 hasConceptScore W4367672726C193705005 @default.
• W4367672726 hasConceptScore W4367672726C27501479 @default.

• next