FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3092099900> ?p ?o ?g. }

• W3092099900 endingPage "37345" @default.
• W3092099900 startingPage "37327" @default.
• W3092099900 abstract "The demand for lightweight, high specific strength alloys has drastically increased in the last two decades. Magnesium and aluminum alloys are very suitable candidate materials. Research on alloys with an Mg2Si phase started about three decades ago. The current scenario is that magnesium and aluminum alloys containing an Mg2Si phase are very popular in the scientific community and extensively used in the automotive and aerospace industries. Mg2Si is a very stable phase and exhibits excellent mechanical, thermal, electrochemical and tribological properties. This paper presents a brief review of Mg-Si binary alloys, and Mg-Si-Al and Al-Si-Mg alloys. Grain refinement methods and mechanical properties have been reported on lightweight alloys containing Mg and Si. The available results show that silicon reacts with magnesium and forms an intermetallic compound with the stoichiometric formula Mg2Si. There is in situ formation of an Mg2Si phase in Mg-Si, Mg-Si-Al and Al-Mg-Si alloys by the diffusion or precipitation process. The morphology and size of an in situ developed Mg2Si phase depend on the synthesis route and base metal or matrix. In the liquid metallurgy process the precipitation sequence depends on the cooling rate. The morphology of the Mg2Si phase depends on the precipitation sequence and the mechanical properties depend on the morphology and size of the Mg2Si phase within the alloy matrix." @default.
• W3092099900 created "2020-10-15" @default.
• W3092099900 creator A5014110196 @default.
• W3092099900 creator A5031015390 @default.
• W3092099900 creator A5081344919 @default.
• W3092099900 date "2020-01-01" @default.
• W3092099900 modified "2023-10-11" @default.
• W3092099900 title "Structure and mechanical behavior of <i>in situ</i> developed Mg₂Si phase in magnesium and aluminum alloys – a review" @default.
• W3092099900 cites W195645802 @default.
• W3092099900 cites W1963727072 @default.
• W3092099900 cites W1964490570 @default.
• W3092099900 cites W1964503645 @default.
• W3092099900 cites W1969083057 @default.
• W3092099900 cites W1971490687 @default.
• W3092099900 cites W1973221907 @default.
• W3092099900 cites W1973649153 @default.
• W3092099900 cites W1975331852 @default.
• W3092099900 cites W1977236007 @default.
• W3092099900 cites W1980427286 @default.
• W3092099900 cites W1980885978 @default.
• W3092099900 cites W1990608710 @default.
• W3092099900 cites W1994425952 @default.
• W3092099900 cites W1996677136 @default.
• W3092099900 cites W1997276703 @default.
• W3092099900 cites W1999380443 @default.
• W3092099900 cites W2004719292 @default.
• W3092099900 cites W2006583351 @default.
• W3092099900 cites W2012420004 @default.
• W3092099900 cites W2012496061 @default.
• W3092099900 cites W2017053017 @default.
• W3092099900 cites W2017900562 @default.
• W3092099900 cites W2018272129 @default.
• W3092099900 cites W2021854279 @default.
• W3092099900 cites W2022057697 @default.
• W3092099900 cites W2022255054 @default.
• W3092099900 cites W2022747565 @default.
• W3092099900 cites W2023320422 @default.
• W3092099900 cites W2023405912 @default.
• W3092099900 cites W2023606473 @default.
• W3092099900 cites W2025228926 @default.
• W3092099900 cites W2028211425 @default.
• W3092099900 cites W2035240973 @default.
• W3092099900 cites W2038241855 @default.
• W3092099900 cites W2039665884 @default.
• W3092099900 cites W2040286273 @default.
• W3092099900 cites W2048780525 @default.
• W3092099900 cites W2054756625 @default.
• W3092099900 cites W2055793346 @default.
• W3092099900 cites W2056123444 @default.
• W3092099900 cites W2057220219 @default.
• W3092099900 cites W2058930647 @default.
• W3092099900 cites W2060832393 @default.
• W3092099900 cites W2064116472 @default.
• W3092099900 cites W2068048050 @default.
• W3092099900 cites W2068850511 @default.
• W3092099900 cites W2072108109 @default.
• W3092099900 cites W2073565021 @default.
• W3092099900 cites W2090630248 @default.
• W3092099900 cites W2093873538 @default.
• W3092099900 cites W2111175703 @default.
• W3092099900 cites W2112850399 @default.
• W3092099900 cites W2133789690 @default.
• W3092099900 cites W2139539585 @default.
• W3092099900 cites W2143943466 @default.
• W3092099900 cites W2151084880 @default.
• W3092099900 cites W2157104391 @default.
• W3092099900 cites W2239676342 @default.
• W3092099900 cites W2604653368 @default.
• W3092099900 cites W2725677612 @default.
• W3092099900 cites W2758964675 @default.
• W3092099900 cites W2773816882 @default.
• W3092099900 cites W2806706140 @default.
• W3092099900 cites W2900660971 @default.
• W3092099900 cites W2903516965 @default.
• W3092099900 cites W2903774054 @default.
• W3092099900 cites W2933668184 @default.
• W3092099900 cites W2936406247 @default.
• W3092099900 cites W2947178161 @default.
• W3092099900 cites W2947955320 @default.
• W3092099900 cites W2974910021 @default.
• W3092099900 cites W2979493642 @default.
• W3092099900 cites W2985437311 @default.
• W3092099900 cites W3017513165 @default.
• W3092099900 cites W3026283023 @default.
• W3092099900 cites W3158281434 @default.
• W3092099900 cites W338885570 @default.
• W3092099900 cites W4239108273 @default.
• W3092099900 doi "https://doi.org/10.1039/d0ra02744h" @default.
• W3092099900 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35521263" @default.
• W3092099900 hasPublicationYear "2020" @default.
• W3092099900 type Work @default.
• W3092099900 sameAs 3092099900 @default.
• W3092099900 citedByCount "28" @default.
• W3092099900 countsByYear W30920999002021 @default.
• W3092099900 countsByYear W30920999002022 @default.
• W3092099900 countsByYear W30920999002023 @default.
• W3092099900 crossrefType "journal-article" @default.
• W3092099900 hasAuthorship W3092099900A5014110196 @default.

• next