Matches in SemOpenAlex for { <https://semopenalex.org/work/W4229082243> ?p ?o ?g. }
- W4229082243 endingPage "347" @default.
- W4229082243 startingPage "329" @default.
- W4229082243 abstract "This work explores the correlation between the characteristics of the cast structure (dendrite growth pattern, dendrite morphology and macro-texture) and strain hardening capacity during high temperature deformation of Mg-5Sn-0.3Li-0 and 3Zn multi-component alloys. The three dimensional (3D) morphology of the dendrite structure demonstrates the transition of the growth directions from <112¯3>,<112¯0> and <112¯2> to< 112¯3> and <112¯0> due to the addition of Zn. The simultaneous effects of growing tendency and the decrement of dendrite coarsening rate at the solidification interval lead to dendrite morphology transition from the globular-like to the hyper-branch structure. This morphology transition results in the variation of the solidification macro-texture, which has effectively influenced the dominant deformation mechanisms (slip/twin activity). The higher activity of the slip systems increases the tendency of the dendrite arms for bending along the deformation direction and fragmentation. Apart from this, the dendrite holding hyper-branch structure with an average thickness below 20 µm are more favorable for fragmentation. The dendrite fragmentation leads to considerable softening fractions, and as an effective strain compensation mechanism increases the workability of dendritic structure." @default.
- W4229082243 created "2022-05-08" @default.
- W4229082243 creator A5012679644 @default.
- W4229082243 creator A5015234495 @default.
- W4229082243 creator A5015934973 @default.
- W4229082243 creator A5023583498 @default.
- W4229082243 creator A5050036885 @default.
- W4229082243 creator A5069514347 @default.
- W4229082243 creator A5080403016 @default.
- W4229082243 creator A5081197650 @default.
- W4229082243 date "2023-01-01" @default.
- W4229082243 modified "2023-10-01" @default.
- W4229082243 title "Unveiling the influence of dendrite characteristics on the slip/twinning activity and the strain hardening capacity of Mg-Sn-Li-Zn cast alloys" @default.
- W4229082243 cites W1529642491 @default.
- W4229082243 cites W1966702276 @default.
- W4229082243 cites W1969001849 @default.
- W4229082243 cites W1969743131 @default.
- W4229082243 cites W1975614440 @default.
- W4229082243 cites W1981547908 @default.
- W4229082243 cites W1983846508 @default.
- W4229082243 cites W1990174974 @default.
- W4229082243 cites W1992397032 @default.
- W4229082243 cites W2000228220 @default.
- W4229082243 cites W2001086649 @default.
- W4229082243 cites W2010646881 @default.
- W4229082243 cites W2011067654 @default.
- W4229082243 cites W2016363238 @default.
- W4229082243 cites W2016629360 @default.
- W4229082243 cites W2018143570 @default.
- W4229082243 cites W2023006190 @default.
- W4229082243 cites W2029174583 @default.
- W4229082243 cites W2030681759 @default.
- W4229082243 cites W2031740819 @default.
- W4229082243 cites W2031783412 @default.
- W4229082243 cites W2034987653 @default.
- W4229082243 cites W2037451010 @default.
- W4229082243 cites W2038774475 @default.
- W4229082243 cites W2039815022 @default.
- W4229082243 cites W2039873160 @default.
- W4229082243 cites W2043411849 @default.
- W4229082243 cites W2043771014 @default.
- W4229082243 cites W2048234632 @default.
- W4229082243 cites W2051620099 @default.
- W4229082243 cites W2052843543 @default.
- W4229082243 cites W2053217490 @default.
- W4229082243 cites W2059955407 @default.
- W4229082243 cites W2061788098 @default.
- W4229082243 cites W2062167318 @default.
- W4229082243 cites W2069286643 @default.
- W4229082243 cites W2074015465 @default.
- W4229082243 cites W2081937781 @default.
- W4229082243 cites W2083945597 @default.
- W4229082243 cites W2094812901 @default.
- W4229082243 cites W2121707484 @default.
- W4229082243 cites W2164623581 @default.
- W4229082243 cites W2191976150 @default.
- W4229082243 cites W2195066726 @default.
- W4229082243 cites W2220923263 @default.
- W4229082243 cites W2301132997 @default.
- W4229082243 cites W2343665166 @default.
- W4229082243 cites W2415619270 @default.
- W4229082243 cites W2424653012 @default.
- W4229082243 cites W2480503421 @default.
- W4229082243 cites W2482954137 @default.
- W4229082243 cites W2507271545 @default.
- W4229082243 cites W2529872859 @default.
- W4229082243 cites W2548029117 @default.
- W4229082243 cites W2589373234 @default.
- W4229082243 cites W2730616300 @default.
- W4229082243 cites W2760066398 @default.
- W4229082243 cites W2761586209 @default.
- W4229082243 cites W2763800717 @default.
- W4229082243 cites W2791943864 @default.
- W4229082243 cites W2807717418 @default.
- W4229082243 cites W2887775319 @default.
- W4229082243 cites W2890611309 @default.
- W4229082243 cites W2897946439 @default.
- W4229082243 cites W2902647158 @default.
- W4229082243 cites W2949862542 @default.
- W4229082243 cites W2972999870 @default.
- W4229082243 cites W3046390679 @default.
- W4229082243 cites W3153738739 @default.
- W4229082243 cites W3173184104 @default.
- W4229082243 cites W3193736691 @default.
- W4229082243 cites W47649614 @default.
- W4229082243 cites W771875447 @default.
- W4229082243 cites W792520991 @default.
- W4229082243 doi "https://doi.org/10.1016/j.jma.2022.03.016" @default.
- W4229082243 hasPublicationYear "2023" @default.
- W4229082243 type Work @default.
- W4229082243 citedByCount "4" @default.
- W4229082243 countsByYear W42290822432022 @default.
- W4229082243 countsByYear W42290822432023 @default.
- W4229082243 crossrefType "journal-article" @default.
- W4229082243 hasAuthorship W4229082243A5012679644 @default.
- W4229082243 hasAuthorship W4229082243A5015234495 @default.
- W4229082243 hasAuthorship W4229082243A5015934973 @default.
- W4229082243 hasAuthorship W4229082243A5023583498 @default.