Matches in SemOpenAlex for { <https://semopenalex.org/work/W3142236872> ?p ?o ?g. }
- W3142236872 endingPage "141226" @default.
- W3142236872 startingPage "141226" @default.
- W3142236872 abstract "The paper quantifies how the fraction of bainite in dual-phase (bainite/martensite) steel affects its resistance to hydrogen embrittlement (HE). For this purpose, three steels that had different amounts (0, 0.9, and 1.8 wt%) of nickel were used. Heat treatment was conducted to vary the volume fraction of bainite while maintaining same strength level. Hydrogen charging was achieved using an electrochemical method, and the notch fracture strength was measured using a slow strain-rate test. The steel that had 1.8% Ni had the highest bainite fraction and showed excellent resistance to HE. This resistance was attributed to hydrogen trapping at irreversible trapping sites, which were regarded to be the cementite/ferrite interfaces with interfacial dislocations. They were more pronounced in bainite than in martensite because of higher cementite fraction in bainite than in martensite. To increase HE resistance of high-strength steels, the number of fine cementite particles in the bainite should be increased to provide irreversible trapping sites for migrating hydrogen during plastic deformation." @default.
- W3142236872 created "2021-04-13" @default.
- W3142236872 creator A5015868879 @default.
- W3142236872 creator A5044245143 @default.
- W3142236872 creator A5044892307 @default.
- W3142236872 creator A5078091993 @default.
- W3142236872 creator A5088174493 @default.
- W3142236872 date "2021-05-01" @default.
- W3142236872 modified "2023-10-01" @default.
- W3142236872 title "Effect of bainite fraction on hydrogen embrittlement of bainite/martensite steel" @default.
- W3142236872 cites W1662015413 @default.
- W3142236872 cites W1964279321 @default.
- W3142236872 cites W1964740351 @default.
- W3142236872 cites W1972397045 @default.
- W3142236872 cites W1974667821 @default.
- W3142236872 cites W1984509257 @default.
- W3142236872 cites W1985012856 @default.
- W3142236872 cites W1985431524 @default.
- W3142236872 cites W1986429129 @default.
- W3142236872 cites W1988102416 @default.
- W3142236872 cites W1998990002 @default.
- W3142236872 cites W2005321946 @default.
- W3142236872 cites W2006308561 @default.
- W3142236872 cites W2006344733 @default.
- W3142236872 cites W2012449494 @default.
- W3142236872 cites W2012473219 @default.
- W3142236872 cites W2015307967 @default.
- W3142236872 cites W2016824530 @default.
- W3142236872 cites W2018986253 @default.
- W3142236872 cites W2024927318 @default.
- W3142236872 cites W2025325665 @default.
- W3142236872 cites W2032444024 @default.
- W3142236872 cites W2035147169 @default.
- W3142236872 cites W2046023966 @default.
- W3142236872 cites W2050354420 @default.
- W3142236872 cites W2053731163 @default.
- W3142236872 cites W2057207893 @default.
- W3142236872 cites W2062136729 @default.
- W3142236872 cites W2066954128 @default.
- W3142236872 cites W2078013557 @default.
- W3142236872 cites W2079967968 @default.
- W3142236872 cites W2080208015 @default.
- W3142236872 cites W2080625735 @default.
- W3142236872 cites W2081150236 @default.
- W3142236872 cites W2081310724 @default.
- W3142236872 cites W2084206547 @default.
- W3142236872 cites W2085374494 @default.
- W3142236872 cites W2090465887 @default.
- W3142236872 cites W2090832912 @default.
- W3142236872 cites W2091122190 @default.
- W3142236872 cites W2091180466 @default.
- W3142236872 cites W2092770221 @default.
- W3142236872 cites W2092847460 @default.
- W3142236872 cites W2145262250 @default.
- W3142236872 cites W2148480186 @default.
- W3142236872 cites W2199547442 @default.
- W3142236872 cites W2233854878 @default.
- W3142236872 cites W2264888505 @default.
- W3142236872 cites W2327051015 @default.
- W3142236872 cites W2463819918 @default.
- W3142236872 cites W2549463351 @default.
- W3142236872 cites W2559151728 @default.
- W3142236872 cites W2606895814 @default.
- W3142236872 cites W2626313212 @default.
- W3142236872 cites W2728179078 @default.
- W3142236872 cites W2902042626 @default.
- W3142236872 cites W2949180010 @default.
- W3142236872 cites W2999386853 @default.
- W3142236872 cites W3004738369 @default.
- W3142236872 cites W3015479576 @default.
- W3142236872 cites W3016855169 @default.
- W3142236872 cites W3042953596 @default.
- W3142236872 cites W3152429557 @default.
- W3142236872 cites W4237101983 @default.
- W3142236872 cites W4361745067 @default.
- W3142236872 doi "https://doi.org/10.1016/j.msea.2021.141226" @default.
- W3142236872 hasPublicationYear "2021" @default.
- W3142236872 type Work @default.
- W3142236872 sameAs 3142236872 @default.
- W3142236872 citedByCount "9" @default.
- W3142236872 countsByYear W31422368722021 @default.
- W3142236872 countsByYear W31422368722022 @default.
- W3142236872 countsByYear W31422368722023 @default.
- W3142236872 crossrefType "journal-article" @default.
- W3142236872 hasAuthorship W3142236872A5015868879 @default.
- W3142236872 hasAuthorship W3142236872A5044245143 @default.
- W3142236872 hasAuthorship W3142236872A5044892307 @default.
- W3142236872 hasAuthorship W3142236872A5078091993 @default.
- W3142236872 hasAuthorship W3142236872A5088174493 @default.
- W3142236872 hasConcept C128262354 @default.
- W3142236872 hasConcept C159985019 @default.
- W3142236872 hasConcept C18747287 @default.
- W3142236872 hasConcept C191897082 @default.
- W3142236872 hasConcept C192562407 @default.
- W3142236872 hasConcept C20625102 @default.
- W3142236872 hasConcept C2781297133 @default.
- W3142236872 hasConcept C37210646 @default.
- W3142236872 hasConcept C44125496 @default.