Matches in SemOpenAlex for { <https://semopenalex.org/work/W2616492706> ?p ?o ?g. }
- W2616492706 endingPage "241" @default.
- W2616492706 startingPage "227" @default.
- W2616492706 abstract "A theoretical model is suggested which describes grain boundary (GB) sliding and its accommodation through dislocation slip in ultrafine-grained and nanocrystalline metals. The initial stage of the accommodating dislocation slip represents emission of lattice dislocations from triple junctions into grain interiors. The lattice dislocations emitted from a triple junction slip across a grain and are absorbed by an opposite GB where they are dissociated into GB dislocations that climb along the GB. In the situation where these GB sliding and accommodating processes are dominant, stress-strain dependences are calculated in ultrafine-grained copper. With the calculated dependences, we found that pronounced strain hardening occurs which is related to the accommodation processes and associated formation of disclinations at triple junctions of GBs. It is theoretically revealed that the special (new) strain hardening mechanism under discussion can play a significant role in enhancing ductility of ultrafine-grained and nanocrystalline metals at comparatively low temperatures." @default.
- W2616492706 created "2017-05-26" @default.
- W2616492706 creator A5009485369 @default.
- W2616492706 creator A5082446437 @default.
- W2616492706 date "2017-09-01" @default.
- W2616492706 modified "2023-10-16" @default.
- W2616492706 title "Grain boundary sliding, triple junction disclinations and strain hardening in ultrafine-grained and nanocrystalline metals" @default.
- W2616492706 cites W1638590184 @default.
- W2616492706 cites W1671894499 @default.
- W2616492706 cites W1765883289 @default.
- W2616492706 cites W183434495 @default.
- W2616492706 cites W1965148581 @default.
- W2616492706 cites W1966785458 @default.
- W2616492706 cites W1969305593 @default.
- W2616492706 cites W1971260269 @default.
- W2616492706 cites W1974549272 @default.
- W2616492706 cites W1977587949 @default.
- W2616492706 cites W1984634532 @default.
- W2616492706 cites W1985651172 @default.
- W2616492706 cites W1985776280 @default.
- W2616492706 cites W1986124355 @default.
- W2616492706 cites W1991890136 @default.
- W2616492706 cites W1992822634 @default.
- W2616492706 cites W1999870585 @default.
- W2616492706 cites W2002639748 @default.
- W2616492706 cites W2002902536 @default.
- W2616492706 cites W2008352363 @default.
- W2616492706 cites W2010578195 @default.
- W2616492706 cites W2020508197 @default.
- W2616492706 cites W2022097107 @default.
- W2616492706 cites W2030006079 @default.
- W2616492706 cites W2032003556 @default.
- W2616492706 cites W2037828257 @default.
- W2616492706 cites W2041070339 @default.
- W2616492706 cites W2052190702 @default.
- W2616492706 cites W2052476532 @default.
- W2616492706 cites W2054394431 @default.
- W2616492706 cites W2055797721 @default.
- W2616492706 cites W2058730296 @default.
- W2616492706 cites W2061297676 @default.
- W2616492706 cites W2064774637 @default.
- W2616492706 cites W2068600858 @default.
- W2616492706 cites W2070263201 @default.
- W2616492706 cites W2079868284 @default.
- W2616492706 cites W2090603669 @default.
- W2616492706 cites W2092281861 @default.
- W2616492706 cites W2092694259 @default.
- W2616492706 cites W2095239774 @default.
- W2616492706 cites W2095726189 @default.
- W2616492706 cites W2096028528 @default.
- W2616492706 cites W2104088196 @default.
- W2616492706 cites W2105455660 @default.
- W2616492706 cites W2106116768 @default.
- W2616492706 cites W2118485627 @default.
- W2616492706 cites W2120730197 @default.
- W2616492706 cites W2128032482 @default.
- W2616492706 cites W2139853082 @default.
- W2616492706 cites W2139991857 @default.
- W2616492706 cites W2153524675 @default.
- W2616492706 cites W2158954342 @default.
- W2616492706 cites W2159755070 @default.
- W2616492706 cites W2162443061 @default.
- W2616492706 cites W2164534849 @default.
- W2616492706 cites W2168157615 @default.
- W2616492706 cites W2195970215 @default.
- W2616492706 cites W2205993894 @default.
- W2616492706 cites W2213691112 @default.
- W2616492706 cites W2235071878 @default.
- W2616492706 cites W2275160711 @default.
- W2616492706 cites W2314823448 @default.
- W2616492706 cites W2329271903 @default.
- W2616492706 cites W2344269512 @default.
- W2616492706 cites W2398213903 @default.
- W2616492706 cites W2478819728 @default.
- W2616492706 cites W2494159279 @default.
- W2616492706 cites W2519319176 @default.
- W2616492706 cites W3082100534 @default.
- W2616492706 cites W4252186212 @default.
- W2616492706 cites W574081784 @default.
- W2616492706 cites W639507002 @default.
- W2616492706 cites W641105533 @default.
- W2616492706 cites W902936942 @default.
- W2616492706 doi "https://doi.org/10.1016/j.ijplas.2017.05.005" @default.
- W2616492706 hasPublicationYear "2017" @default.
- W2616492706 type Work @default.
- W2616492706 sameAs 2616492706 @default.
- W2616492706 citedByCount "32" @default.
- W2616492706 countsByYear W26164927062018 @default.
- W2616492706 countsByYear W26164927062019 @default.
- W2616492706 countsByYear W26164927062020 @default.
- W2616492706 countsByYear W26164927062021 @default.
- W2616492706 countsByYear W26164927062022 @default.
- W2616492706 countsByYear W26164927062023 @default.
- W2616492706 crossrefType "journal-article" @default.
- W2616492706 hasAuthorship W2616492706A5009485369 @default.
- W2616492706 hasAuthorship W2616492706A5082446437 @default.
- W2616492706 hasConcept C121332964 @default.
- W2616492706 hasConcept C140676511 @default.