Matches in SemOpenAlex for { <https://semopenalex.org/work/W1984314511> ?p ?o ?g. }
- W1984314511 endingPage "5285" @default.
- W1984314511 startingPage "5274" @default.
- W1984314511 abstract "In this paper, the intrinsic complexities of the experimental examination of hydrogen embrittlement are discussed. On the basis of these complexities, an experimental approach, in situ electrochemical nanoindentation, is proposed and performed on different materials. This technique is capable of registering the onset of plasticity in extremely small volumes, namely perfect crystals in hydrogen-free and charged conditions. It is shown that hydrogen reduces the required stress for the onset of plasticity, i.e. homogeneous dislocation nucleation by reduction in the shear modulus, dislocation line energy and stacking fault energy. The change in the shear modulus can be related to reduction in crystal cohesion whereas the reduction in dislocation line energy and stacking fault energy are explained by the defactant concept, i.e. reduction in the defect formation energy in the presence of hydrogen. Thus, neither hydrogen-enhanced decohesion nor hydrogen-enhanced plasticity, but the reduction in the cohesion and defect formation energy are responsible for hydrogen embrittlement." @default.
- W1984314511 created "2016-06-24" @default.
- W1984314511 creator A5015412705 @default.
- W1984314511 creator A5019425943 @default.
- W1984314511 date "2010-09-01" @default.
- W1984314511 modified "2023-10-16" @default.
- W1984314511 title "Recent developments in the study of hydrogen embrittlement: Hydrogen effect on dislocation nucleation" @default.
- W1984314511 cites W1964169056 @default.
- W1984314511 cites W1967004272 @default.
- W1984314511 cites W1968895048 @default.
- W1984314511 cites W1970966649 @default.
- W1984314511 cites W1973210305 @default.
- W1984314511 cites W1978880474 @default.
- W1984314511 cites W1981540474 @default.
- W1984314511 cites W1983683102 @default.
- W1984314511 cites W1990624177 @default.
- W1984314511 cites W1992334192 @default.
- W1984314511 cites W2005099110 @default.
- W1984314511 cites W2008083243 @default.
- W1984314511 cites W2010200864 @default.
- W1984314511 cites W2010606050 @default.
- W1984314511 cites W2012305410 @default.
- W1984314511 cites W2014950782 @default.
- W1984314511 cites W2018645633 @default.
- W1984314511 cites W2021863195 @default.
- W1984314511 cites W2025621649 @default.
- W1984314511 cites W2028194525 @default.
- W1984314511 cites W2036374176 @default.
- W1984314511 cites W2038588667 @default.
- W1984314511 cites W2038858979 @default.
- W1984314511 cites W2041216438 @default.
- W1984314511 cites W2041838739 @default.
- W1984314511 cites W2043680755 @default.
- W1984314511 cites W2047904869 @default.
- W1984314511 cites W2052523977 @default.
- W1984314511 cites W2052554519 @default.
- W1984314511 cites W2052988028 @default.
- W1984314511 cites W2057072993 @default.
- W1984314511 cites W2057843209 @default.
- W1984314511 cites W2058352527 @default.
- W1984314511 cites W2061382919 @default.
- W1984314511 cites W2068095625 @default.
- W1984314511 cites W2072066833 @default.
- W1984314511 cites W2073301300 @default.
- W1984314511 cites W2075200251 @default.
- W1984314511 cites W2075907834 @default.
- W1984314511 cites W2083558724 @default.
- W1984314511 cites W2085478487 @default.
- W1984314511 cites W2088926237 @default.
- W1984314511 cites W2090842695 @default.
- W1984314511 cites W2092244201 @default.
- W1984314511 cites W2095019939 @default.
- W1984314511 cites W2123714224 @default.
- W1984314511 cites W2124249131 @default.
- W1984314511 cites W2150016135 @default.
- W1984314511 cites W2333722932 @default.
- W1984314511 cites W2736664618 @default.
- W1984314511 cites W4242043493 @default.
- W1984314511 doi "https://doi.org/10.1016/j.actamat.2010.05.057" @default.
- W1984314511 hasPublicationYear "2010" @default.
- W1984314511 type Work @default.
- W1984314511 sameAs 1984314511 @default.
- W1984314511 citedByCount "323" @default.
- W1984314511 countsByYear W19843145112012 @default.
- W1984314511 countsByYear W19843145112013 @default.
- W1984314511 countsByYear W19843145112014 @default.
- W1984314511 countsByYear W19843145112015 @default.
- W1984314511 countsByYear W19843145112016 @default.
- W1984314511 countsByYear W19843145112017 @default.
- W1984314511 countsByYear W19843145112018 @default.
- W1984314511 countsByYear W19843145112019 @default.
- W1984314511 countsByYear W19843145112020 @default.
- W1984314511 countsByYear W19843145112021 @default.
- W1984314511 countsByYear W19843145112022 @default.
- W1984314511 countsByYear W19843145112023 @default.
- W1984314511 crossrefType "journal-article" @default.
- W1984314511 hasAuthorship W1984314511A5015412705 @default.
- W1984314511 hasAuthorship W1984314511A5019425943 @default.
- W1984314511 hasConcept C121332964 @default.
- W1984314511 hasConcept C142282041 @default.
- W1984314511 hasConcept C159122135 @default.
- W1984314511 hasConcept C159985019 @default.
- W1984314511 hasConcept C178790620 @default.
- W1984314511 hasConcept C185592680 @default.
- W1984314511 hasConcept C192562407 @default.
- W1984314511 hasConcept C20625102 @default.
- W1984314511 hasConcept C22372946 @default.
- W1984314511 hasConcept C49326732 @default.
- W1984314511 hasConcept C512968161 @default.
- W1984314511 hasConcept C61048295 @default.
- W1984314511 hasConcept C79186407 @default.
- W1984314511 hasConcept C8010536 @default.
- W1984314511 hasConcept C92621854 @default.
- W1984314511 hasConcept C97355855 @default.
- W1984314511 hasConceptScore W1984314511C121332964 @default.
- W1984314511 hasConceptScore W1984314511C142282041 @default.
- W1984314511 hasConceptScore W1984314511C159122135 @default.
- W1984314511 hasConceptScore W1984314511C159985019 @default.