Matches in SemOpenAlex for { <https://semopenalex.org/work/W3094524883> ?p ?o ?g. }
- W3094524883 endingPage "4677" @default.
- W3094524883 startingPage "4677" @default.
- W3094524883 abstract "Hydrogen embrittlement (HE) is one of the main limitations in the use of advanced high-strength steels in the automotive industry. To have a better understanding of the interaction between hydrogen (H) and a complex phase steel, an in-situ method with plasma charging was applied in order to provide continuous H supply during mechanical testing in order to avoid H outgassing. For such fast-H diffusion materials, only direct observation during in-situ charging allows for addressing H effects on materials. Different plasma charging conditions were analysed, yet there was not a pronounced effect on the mechanical properties. The H concentration was calculated while using a simple analytical model as well as a simulation approach, resulting in consistent low H values, below the critical concentration to produce embrittlement. However, the dimple size decreased in the presence of H and, with increasing charging time, the crack propagation rate increased. The rate dependence of flow properties of the material was also investigated, proving that the material has no strain rate sensitivity, which confirmed that the crack propagation rate increased due to H effects. Even though the H concentration was low in the experiments that are presented here, different technological alternatives can be implemented in order to increase the maximum solute concentration." @default.
- W3094524883 created "2020-10-29" @default.
- W3094524883 creator A5003668028 @default.
- W3094524883 creator A5018620635 @default.
- W3094524883 creator A5025664616 @default.
- W3094524883 creator A5057740359 @default.
- W3094524883 creator A5060003695 @default.
- W3094524883 creator A5083830057 @default.
- W3094524883 creator A5088084198 @default.
- W3094524883 date "2020-10-20" @default.
- W3094524883 modified "2023-10-03" @default.
- W3094524883 title "Addressing H-Material Interaction in Fast Diffusion Materials—A Feasibility Study on a Complex Phase Steel" @default.
- W3094524883 cites W1488131568 @default.
- W3094524883 cites W1505407405 @default.
- W3094524883 cites W1521378483 @default.
- W3094524883 cites W1853386796 @default.
- W3094524883 cites W1964439149 @default.
- W3094524883 cites W1968316473 @default.
- W3094524883 cites W1977280334 @default.
- W3094524883 cites W1979239406 @default.
- W3094524883 cites W1981087082 @default.
- W3094524883 cites W1987154282 @default.
- W3094524883 cites W1993702071 @default.
- W3094524883 cites W1996182580 @default.
- W3094524883 cites W1998278560 @default.
- W3094524883 cites W2011818589 @default.
- W3094524883 cites W2014953955 @default.
- W3094524883 cites W2015877385 @default.
- W3094524883 cites W2022898348 @default.
- W3094524883 cites W2032398648 @default.
- W3094524883 cites W2034173330 @default.
- W3094524883 cites W2036617084 @default.
- W3094524883 cites W2037902183 @default.
- W3094524883 cites W2051127222 @default.
- W3094524883 cites W2054477623 @default.
- W3094524883 cites W2056311734 @default.
- W3094524883 cites W2057072993 @default.
- W3094524883 cites W2066954128 @default.
- W3094524883 cites W2068725563 @default.
- W3094524883 cites W2073511320 @default.
- W3094524883 cites W2077579483 @default.
- W3094524883 cites W2088604261 @default.
- W3094524883 cites W2089250762 @default.
- W3094524883 cites W2113964780 @default.
- W3094524883 cites W2146641076 @default.
- W3094524883 cites W2149372900 @default.
- W3094524883 cites W2152961302 @default.
- W3094524883 cites W2158223012 @default.
- W3094524883 cites W2285799487 @default.
- W3094524883 cites W2324828514 @default.
- W3094524883 cites W2410138680 @default.
- W3094524883 cites W2523088242 @default.
- W3094524883 cites W2564597743 @default.
- W3094524883 cites W2573492464 @default.
- W3094524883 cites W2575656559 @default.
- W3094524883 cites W2792467876 @default.
- W3094524883 cites W2800251265 @default.
- W3094524883 cites W2912689729 @default.
- W3094524883 cites W2917946469 @default.
- W3094524883 cites W2921459431 @default.
- W3094524883 cites W2924701457 @default.
- W3094524883 cites W2924998764 @default.
- W3094524883 cites W2947681213 @default.
- W3094524883 cites W3004172134 @default.
- W3094524883 cites W3011781582 @default.
- W3094524883 cites W3015336756 @default.
- W3094524883 cites W3085918766 @default.
- W3094524883 cites W3087958968 @default.
- W3094524883 doi "https://doi.org/10.3390/ma13204677" @default.
- W3094524883 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7589168" @default.
- W3094524883 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33092297" @default.
- W3094524883 hasPublicationYear "2020" @default.
- W3094524883 type Work @default.
- W3094524883 sameAs 3094524883 @default.
- W3094524883 citedByCount "9" @default.
- W3094524883 countsByYear W30945248832021 @default.
- W3094524883 countsByYear W30945248832022 @default.
- W3094524883 countsByYear W30945248832023 @default.
- W3094524883 crossrefType "journal-article" @default.
- W3094524883 hasAuthorship W3094524883A5003668028 @default.
- W3094524883 hasAuthorship W3094524883A5018620635 @default.
- W3094524883 hasAuthorship W3094524883A5025664616 @default.
- W3094524883 hasAuthorship W3094524883A5057740359 @default.
- W3094524883 hasAuthorship W3094524883A5060003695 @default.
- W3094524883 hasAuthorship W3094524883A5083830057 @default.
- W3094524883 hasAuthorship W3094524883A5088084198 @default.
- W3094524883 hasBestOaLocation W30945248831 @default.
- W3094524883 hasConcept C1012414 @default.
- W3094524883 hasConcept C121332964 @default.
- W3094524883 hasConcept C142282041 @default.
- W3094524883 hasConcept C149342994 @default.
- W3094524883 hasConcept C152327431 @default.
- W3094524883 hasConcept C159985019 @default.
- W3094524883 hasConcept C178790620 @default.
- W3094524883 hasConcept C185592680 @default.
- W3094524883 hasConcept C192562407 @default.
- W3094524883 hasConcept C20625102 @default.
- W3094524883 hasConcept C44280652 @default.