Matches in SemOpenAlex for { <https://semopenalex.org/work/W3005493386> ?p ?o ?g. }
Showing items 1 to 93 of
93
with 100 items per page.
- W3005493386 endingPage "124285" @default.
- W3005493386 startingPage "124285" @default.
- W3005493386 abstract "Abstract An important phenomenon of Kirkendall effect is the presence of voids that formed during diffusion, which may crack the mechanical properties. In this paper, a cellular automaton (CA) based model is developed to simulate the voids formation and evolution process of Kirkendall effect. Firstly, this paper derives the critical radius of voids nucleation and the nucleation rate. Secondly, this paper derives the growth rate of Kirkendall voids, and the relationship between the movement of interface plane and the growth rate of voids. According to the formulas derived from this paper, the number of voids and the average radius of voids can be inferred by observing the shift velocity of interface plane between the different metals. Theoretical analysis is helpful for the fundamental understanding of the underlying mechanisms of Kirkendall voids, and is helpful for the study on suppressing the formation of Kirkendall voids. Thirdly, this paper presents a numerical simulation on Kirkendall voids formation and evolution process based on cellular automaton, which provides an intuitive visual process of Kirkendall voids growth and the movement of interface plane." @default.
- W3005493386 created "2020-02-14" @default.
- W3005493386 creator A5012689262 @default.
- W3005493386 creator A5030009830 @default.
- W3005493386 creator A5048171321 @default.
- W3005493386 creator A5048561630 @default.
- W3005493386 creator A5053447705 @default.
- W3005493386 creator A5061971455 @default.
- W3005493386 date "2020-09-01" @default.
- W3005493386 modified "2023-10-01" @default.
- W3005493386 title "Computational simulation of voids formation and evolution in Kirkendall effect" @default.
- W3005493386 cites W1508039615 @default.
- W3005493386 cites W1941775590 @default.
- W3005493386 cites W1965187284 @default.
- W3005493386 cites W1965204982 @default.
- W3005493386 cites W1969293870 @default.
- W3005493386 cites W1974289259 @default.
- W3005493386 cites W1974862898 @default.
- W3005493386 cites W1981496017 @default.
- W3005493386 cites W1982165953 @default.
- W3005493386 cites W1986549825 @default.
- W3005493386 cites W2008683265 @default.
- W3005493386 cites W2009432319 @default.
- W3005493386 cites W2015727353 @default.
- W3005493386 cites W2018212855 @default.
- W3005493386 cites W2021246578 @default.
- W3005493386 cites W2021282095 @default.
- W3005493386 cites W2021754045 @default.
- W3005493386 cites W2034342702 @default.
- W3005493386 cites W2034918803 @default.
- W3005493386 cites W2035577371 @default.
- W3005493386 cites W2039720442 @default.
- W3005493386 cites W2052019791 @default.
- W3005493386 cites W2052842592 @default.
- W3005493386 cites W2053347848 @default.
- W3005493386 cites W2065862865 @default.
- W3005493386 cites W2068238191 @default.
- W3005493386 cites W2069823278 @default.
- W3005493386 cites W2090851946 @default.
- W3005493386 cites W2092758974 @default.
- W3005493386 cites W2104553574 @default.
- W3005493386 cites W2104620355 @default.
- W3005493386 cites W2116072359 @default.
- W3005493386 cites W2137552903 @default.
- W3005493386 cites W2161409895 @default.
- W3005493386 cites W2161558954 @default.
- W3005493386 cites W2169813102 @default.
- W3005493386 cites W2322074512 @default.
- W3005493386 cites W2550489786 @default.
- W3005493386 cites W2742561176 @default.
- W3005493386 doi "https://doi.org/10.1016/j.physa.2020.124285" @default.
- W3005493386 hasPublicationYear "2020" @default.
- W3005493386 type Work @default.
- W3005493386 sameAs 3005493386 @default.
- W3005493386 citedByCount "10" @default.
- W3005493386 countsByYear W30054933862022 @default.
- W3005493386 countsByYear W30054933862023 @default.
- W3005493386 crossrefType "journal-article" @default.
- W3005493386 hasAuthorship W3005493386A5012689262 @default.
- W3005493386 hasAuthorship W3005493386A5030009830 @default.
- W3005493386 hasAuthorship W3005493386A5048171321 @default.
- W3005493386 hasAuthorship W3005493386A5048561630 @default.
- W3005493386 hasAuthorship W3005493386A5053447705 @default.
- W3005493386 hasAuthorship W3005493386A5061971455 @default.
- W3005493386 hasConcept C131024122 @default.
- W3005493386 hasConcept C191897082 @default.
- W3005493386 hasConcept C192562407 @default.
- W3005493386 hasConceptScore W3005493386C131024122 @default.
- W3005493386 hasConceptScore W3005493386C191897082 @default.
- W3005493386 hasConceptScore W3005493386C192562407 @default.
- W3005493386 hasFunder F4320321001 @default.
- W3005493386 hasFunder F4320323845 @default.
- W3005493386 hasFunder F4320335777 @default.
- W3005493386 hasLocation W30054933861 @default.
- W3005493386 hasOpenAccess W3005493386 @default.
- W3005493386 hasPrimaryLocation W30054933861 @default.
- W3005493386 hasRelatedWork W2084197972 @default.
- W3005493386 hasRelatedWork W2176648130 @default.
- W3005493386 hasRelatedWork W2317039284 @default.
- W3005493386 hasRelatedWork W2796305794 @default.
- W3005493386 hasRelatedWork W2807886370 @default.
- W3005493386 hasRelatedWork W2891885278 @default.
- W3005493386 hasRelatedWork W2910388241 @default.
- W3005493386 hasRelatedWork W3037820665 @default.
- W3005493386 hasRelatedWork W3135022319 @default.
- W3005493386 hasRelatedWork W2226831113 @default.
- W3005493386 hasVolume "554" @default.
- W3005493386 isParatext "false" @default.
- W3005493386 isRetracted "false" @default.
- W3005493386 magId "3005493386" @default.
- W3005493386 workType "article" @default.