Matches in SemOpenAlex for { <https://semopenalex.org/work/W4295693166> ?p ?o ?g. }
- W4295693166 endingPage "36732" @default.
- W4295693166 startingPage "36716" @default.
- W4295693166 abstract "The susceptibility to hydrogen embrittlement behavior was investigated in an interstitial Mn–N austenitic steel HR183 and stainless steel 316L. Hydrogen was introduced by cathodic hydrogen charging at 363 K. HR183 has stronger austenite stability than 316L despite its lower nickel content, the addition of manganese and nitrogen inhibited martensitic transformation during the slow strain rate tensile deformation. Due to the diffusion of hydrogen being delayed by the interstitial solution of nitrogen atoms and the uniform dislocation slips, hydrogen permeates more slowly in HR183 than 316L, contributing to an 84.79 μm thinner brittle fracture layer in HR183 steel. Hydrogen charging caused elongation losses in both 316L and HR183 steels associated with the hydrogen-enhanced localized plasticity (HELP) and hydrogen-enhanced decohesion (HEDE) mechanism. However, the hydrogen embrittlement susceptibility of HR183 is 3.4 times lower than that of 316L according to the difference in elongation loss between the two steel after hydrogen charging. Deformation twins trapped a lot amount of hydrogen leading to brittle intergranular fracture in 316L. The multiple directions of slip in HR183 steel suppressed the strain localization inside grains and delayed the adverse effects conducted by HELP and HEDE mechanism, eventually inhibiting server hydrogen embrittlement in the HR183 steel. This study is assisting in the development of low-cost stainless steel with excellent hydrogen embrittlement resistance that can be used in harsh hydrogen-containing environments." @default.
- W4295693166 created "2022-09-14" @default.
- W4295693166 creator A5009160231 @default.
- W4295693166 creator A5024367932 @default.
- W4295693166 creator A5039079172 @default.
- W4295693166 creator A5043703096 @default.
- W4295693166 date "2022-10-01" @default.
- W4295693166 modified "2023-09-27" @default.
- W4295693166 title "Hydrogen embrittlement behavior in interstitial Mn–N austenitic stainless steel" @default.
- W4295693166 cites W1521378483 @default.
- W4295693166 cites W1975614440 @default.
- W4295693166 cites W1976810005 @default.
- W4295693166 cites W2003876839 @default.
- W4295693166 cites W2009581917 @default.
- W4295693166 cites W2012034278 @default.
- W4295693166 cites W2014532724 @default.
- W4295693166 cites W2018986253 @default.
- W4295693166 cites W2019144538 @default.
- W4295693166 cites W2032527956 @default.
- W4295693166 cites W2035525792 @default.
- W4295693166 cites W2041063675 @default.
- W4295693166 cites W2051992075 @default.
- W4295693166 cites W2054293435 @default.
- W4295693166 cites W2056584419 @default.
- W4295693166 cites W2059385141 @default.
- W4295693166 cites W2062575212 @default.
- W4295693166 cites W2065607206 @default.
- W4295693166 cites W2067295309 @default.
- W4295693166 cites W2070282991 @default.
- W4295693166 cites W2079967968 @default.
- W4295693166 cites W2083983340 @default.
- W4295693166 cites W2084842864 @default.
- W4295693166 cites W2085870126 @default.
- W4295693166 cites W2087822857 @default.
- W4295693166 cites W2090061499 @default.
- W4295693166 cites W2092374860 @default.
- W4295693166 cites W2096566385 @default.
- W4295693166 cites W2097487529 @default.
- W4295693166 cites W2102875880 @default.
- W4295693166 cites W2291618559 @default.
- W4295693166 cites W2299108711 @default.
- W4295693166 cites W2515524325 @default.
- W4295693166 cites W2557717068 @default.
- W4295693166 cites W2603952913 @default.
- W4295693166 cites W2609210821 @default.
- W4295693166 cites W2611041060 @default.
- W4295693166 cites W2743050338 @default.
- W4295693166 cites W2746952886 @default.
- W4295693166 cites W2789298704 @default.
- W4295693166 cites W2789485067 @default.
- W4295693166 cites W2794855945 @default.
- W4295693166 cites W2878109199 @default.
- W4295693166 cites W2891038688 @default.
- W4295693166 cites W2898319554 @default.
- W4295693166 cites W2901571493 @default.
- W4295693166 cites W2903385060 @default.
- W4295693166 cites W2904841290 @default.
- W4295693166 cites W2906007892 @default.
- W4295693166 cites W2921743628 @default.
- W4295693166 cites W2930372385 @default.
- W4295693166 cites W2971947801 @default.
- W4295693166 cites W2984118447 @default.
- W4295693166 cites W3006803471 @default.
- W4295693166 cites W3018995109 @default.
- W4295693166 cites W3038059450 @default.
- W4295693166 cites W3042545535 @default.
- W4295693166 cites W3087080893 @default.
- W4295693166 cites W3126548790 @default.
- W4295693166 cites W3132098434 @default.
- W4295693166 cites W3143700514 @default.
- W4295693166 cites W3184700858 @default.
- W4295693166 cites W3200934322 @default.
- W4295693166 cites W3203267591 @default.
- W4295693166 cites W3207637429 @default.
- W4295693166 cites W4229021862 @default.
- W4295693166 cites W4280595525 @default.
- W4295693166 doi "https://doi.org/10.1016/j.ijhydene.2022.08.211" @default.
- W4295693166 hasPublicationYear "2022" @default.
- W4295693166 type Work @default.
- W4295693166 citedByCount "6" @default.
- W4295693166 countsByYear W42956931662023 @default.
- W4295693166 crossrefType "journal-article" @default.
- W4295693166 hasAuthorship W4295693166A5009160231 @default.
- W4295693166 hasAuthorship W4295693166A5024367932 @default.
- W4295693166 hasAuthorship W4295693166A5039079172 @default.
- W4295693166 hasAuthorship W4295693166A5043703096 @default.
- W4295693166 hasConcept C112950240 @default.
- W4295693166 hasConcept C142282041 @default.
- W4295693166 hasConcept C178790620 @default.
- W4295693166 hasConcept C184102282 @default.
- W4295693166 hasConcept C185592680 @default.
- W4295693166 hasConcept C191897082 @default.
- W4295693166 hasConcept C192562407 @default.
- W4295693166 hasConcept C20625102 @default.
- W4295693166 hasConcept C2779930716 @default.
- W4295693166 hasConcept C33947775 @default.
- W4295693166 hasConcept C512968161 @default.
- W4295693166 hasConcept C87976508 @default.