Matches in SemOpenAlex for { <https://semopenalex.org/work/W3138918066> ?p ?o ?g. }
- W3138918066 abstract "Owing to its unique thermodynamical description, phase separation has largely been modeled in the Cahn-Hilliard framework. In the present work, as a computationally efficient alternative, a multicomponent, multiphase-field model operating in Allen-Cahn framework is presented and subsequently employed to simulate spinodal decomposition. Stability analysis shows that the formulation can cover the effect of phase separation while simplifying the extension to multiple phases and incorporation of additional driving forces. Computational efficiency of the proposed approach is compared with the conventional technique by modeling intercalation in a representative one-dimensional domain. Moreover, intercalation within a multigrain system involving multiparticle interaction is studied. Our results suggest initiation of phase transformation at higher order junctions as well as a grain-by-grain intercalation behavior in a two-phase cathode material such as the well-studied ${text{LiFePO}}_{4}$." @default.
- W3138918066 created "2021-03-29" @default.
- W3138918066 creator A5005859082 @default.
- W3138918066 creator A5035552974 @default.
- W3138918066 creator A5043062435 @default.
- W3138918066 creator A5043178891 @default.
- W3138918066 creator A5051776411 @default.
- W3138918066 creator A5052708619 @default.
- W3138918066 date "2021-03-18" @default.
- W3138918066 modified "2023-10-14" @default.
- W3138918066 title "Multiphase-field modeling of spinodal decomposition during intercalation in an Allen-Cahn framework" @default.
- W3138918066 cites W1440935138 @default.
- W3138918066 cites W1950717060 @default.
- W3138918066 cites W1966700002 @default.
- W3138918066 cites W1977054514 @default.
- W3138918066 cites W1987427200 @default.
- W3138918066 cites W1999515131 @default.
- W3138918066 cites W2002230881 @default.
- W3138918066 cites W2015314532 @default.
- W3138918066 cites W2015873351 @default.
- W3138918066 cites W2029989201 @default.
- W3138918066 cites W2036945342 @default.
- W3138918066 cites W2044554484 @default.
- W3138918066 cites W2046528357 @default.
- W3138918066 cites W2058585715 @default.
- W3138918066 cites W2071031457 @default.
- W3138918066 cites W2072622613 @default.
- W3138918066 cites W2074025077 @default.
- W3138918066 cites W2075527366 @default.
- W3138918066 cites W2084592892 @default.
- W3138918066 cites W2085168012 @default.
- W3138918066 cites W2107436920 @default.
- W3138918066 cites W2107966203 @default.
- W3138918066 cites W2130836970 @default.
- W3138918066 cites W2130893993 @default.
- W3138918066 cites W2152510783 @default.
- W3138918066 cites W2155690085 @default.
- W3138918066 cites W2258654163 @default.
- W3138918066 cites W2262070167 @default.
- W3138918066 cites W2295378230 @default.
- W3138918066 cites W2310049167 @default.
- W3138918066 cites W2323041251 @default.
- W3138918066 cites W2326687709 @default.
- W3138918066 cites W2332254154 @default.
- W3138918066 cites W2569713119 @default.
- W3138918066 cites W2744032351 @default.
- W3138918066 cites W2748678268 @default.
- W3138918066 cites W2766821054 @default.
- W3138918066 cites W2767116680 @default.
- W3138918066 cites W2793512120 @default.
- W3138918066 cites W2810645148 @default.
- W3138918066 cites W2820356254 @default.
- W3138918066 cites W2871838624 @default.
- W3138918066 cites W2883866018 @default.
- W3138918066 cites W2888255676 @default.
- W3138918066 cites W2905408508 @default.
- W3138918066 cites W2921540214 @default.
- W3138918066 cites W2946704921 @default.
- W3138918066 cites W2962897015 @default.
- W3138918066 cites W2982265874 @default.
- W3138918066 cites W2994000003 @default.
- W3138918066 cites W3099746599 @default.
- W3138918066 cites W3102404986 @default.
- W3138918066 cites W3103574756 @default.
- W3138918066 cites W3123452468 @default.
- W3138918066 doi "https://doi.org/10.1103/physrevmaterials.5.035406" @default.
- W3138918066 hasPublicationYear "2021" @default.
- W3138918066 type Work @default.
- W3138918066 sameAs 3138918066 @default.
- W3138918066 citedByCount "6" @default.
- W3138918066 countsByYear W31389180662022 @default.
- W3138918066 countsByYear W31389180662023 @default.
- W3138918066 crossrefType "journal-article" @default.
- W3138918066 hasAuthorship W3138918066A5005859082 @default.
- W3138918066 hasAuthorship W3138918066A5035552974 @default.
- W3138918066 hasAuthorship W3138918066A5043062435 @default.
- W3138918066 hasAuthorship W3138918066A5043178891 @default.
- W3138918066 hasAuthorship W3138918066A5051776411 @default.
- W3138918066 hasAuthorship W3138918066A5052708619 @default.
- W3138918066 hasBestOaLocation W31389180662 @default.
- W3138918066 hasConcept C112972136 @default.
- W3138918066 hasConcept C119857082 @default.
- W3138918066 hasConcept C121332964 @default.
- W3138918066 hasConcept C121864883 @default.
- W3138918066 hasConcept C124681953 @default.
- W3138918066 hasConcept C134306372 @default.
- W3138918066 hasConcept C137824038 @default.
- W3138918066 hasConcept C159467904 @default.
- W3138918066 hasConcept C178790620 @default.
- W3138918066 hasConcept C185592680 @default.
- W3138918066 hasConcept C192562407 @default.
- W3138918066 hasConcept C202444582 @default.
- W3138918066 hasConcept C24822716 @default.
- W3138918066 hasConcept C29234059 @default.
- W3138918066 hasConcept C33923547 @default.
- W3138918066 hasConcept C41008148 @default.
- W3138918066 hasConcept C44280652 @default.
- W3138918066 hasConcept C62520636 @default.
- W3138918066 hasConcept C85272257 @default.
- W3138918066 hasConcept C93779851 @default.