FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3210655961> ?p ?o ?g. }

• W3210655961 endingPage "665" @default.
• W3210655961 startingPage "651" @default.
• W3210655961 abstract "While Fe–Ni–Cr austenitic stainless steels exhibit relatively good resistance to hydrogen embrittlement, they still suffer from significant degradation of ductility, fatigue and fracture properties in gaseous hydrogen environments. Experimental studies in the literature suggest that hydrogen reduces stacking fault energy in austenitic stainless steels. This phenomenon causes a large separation of partial dislocations and lower propensity for cross-slip. Whereas lower stacking fault energy does not correlate well with loss of ductility in the absence of hydrogen, lower stacking fault energy trends toward greater loss of ductility when hydrogen is present. Calculations of stacking fault energy are challenging for austenitic stainless steels. One main issue is that in alloys, stacking fault energy is not a single value but rather varies depending on local composition. Herein, we first report an Fe–Ni–Cr–H quaternary interatomic potential and then use this potential to perform time-averaged molecular dynamics simulations to calculate stacking fault energies for tens of thousands of realizations of local compositions for selected stainless steels alloys with and without internal hydrogen. From statistical analyses, our results suggest that hydrogen reduces stacking fault energy, which likely impacts deformation mechanisms of Fe–Ni–Cr austenitic stainless steels when exposed to hydrogen environments. We then perform validation MD simulation tests to show that hydrogen indeed statistically increases the stacking fault widths due to statistically reduced stacking fault energies." @default.
• W3210655961 created "2021-11-08" @default.
• W3210655961 creator A5003252211 @default.
• W3210655961 creator A5030540097 @default.
• W3210655961 creator A5042949224 @default.
• W3210655961 creator A5055559169 @default.
• W3210655961 creator A5074058768 @default.
• W3210655961 creator A5076650072 @default.
• W3210655961 creator A5085135868 @default.
• W3210655961 date "2022-01-01" @default.
• W3210655961 modified "2023-10-17" @default.
• W3210655961 title "An Fe–Ni–Cr–H interatomic potential and predictions of hydrogen-affected stacking fault energies in austenitic stainless steels" @default.
• W3210655961 cites W1514503480 @default.
• W3210655961 cites W1521378483 @default.
• W3210655961 cites W1966677705 @default.
• W3210655961 cites W1969252929 @default.
• W3210655961 cites W1978369485 @default.
• W3210655961 cites W1991058852 @default.
• W3210655961 cites W1992316449 @default.
• W3210655961 cites W2000333314 @default.
• W3210655961 cites W2001779076 @default.
• W3210655961 cites W2002119017 @default.
• W3210655961 cites W2005654760 @default.
• W3210655961 cites W2006009797 @default.
• W3210655961 cites W2006310190 @default.
• W3210655961 cites W2007395042 @default.
• W3210655961 cites W2013612909 @default.
• W3210655961 cites W2020883502 @default.
• W3210655961 cites W2024270180 @default.
• W3210655961 cites W2024891574 @default.
• W3210655961 cites W2029338704 @default.
• W3210655961 cites W2031430816 @default.
• W3210655961 cites W2033086537 @default.
• W3210655961 cites W2040096310 @default.
• W3210655961 cites W2040677771 @default.
• W3210655961 cites W2041582153 @default.
• W3210655961 cites W2042309690 @default.
• W3210655961 cites W2045700656 @default.
• W3210655961 cites W2046372336 @default.
• W3210655961 cites W2047904869 @default.
• W3210655961 cites W2051354212 @default.
• W3210655961 cites W2053860643 @default.
• W3210655961 cites W2057072993 @default.
• W3210655961 cites W2059731494 @default.
• W3210655961 cites W2065976400 @default.
• W3210655961 cites W2081635597 @default.
• W3210655961 cites W2083222334 @default.
• W3210655961 cites W2084143431 @default.
• W3210655961 cites W2085688817 @default.
• W3210655961 cites W2085870126 @default.
• W3210655961 cites W2097990964 @default.
• W3210655961 cites W2099623933 @default.
• W3210655961 cites W2113734768 @default.
• W3210655961 cites W2122427541 @default.
• W3210655961 cites W2148702734 @default.
• W3210655961 cites W2150016135 @default.
• W3210655961 cites W2167380201 @default.
• W3210655961 cites W2295559485 @default.
• W3210655961 cites W2299108711 @default.
• W3210655961 cites W2311569905 @default.
• W3210655961 cites W2331135728 @default.
• W3210655961 cites W2466778833 @default.
• W3210655961 cites W2475078913 @default.
• W3210655961 cites W2564462713 @default.
• W3210655961 cites W2573964677 @default.
• W3210655961 cites W2587997102 @default.
• W3210655961 cites W2618129035 @default.
• W3210655961 cites W2768155102 @default.
• W3210655961 cites W2790063095 @default.
• W3210655961 cites W2790796077 @default.
• W3210655961 cites W2898675514 @default.
• W3210655961 cites W2903897786 @default.
• W3210655961 cites W2944997765 @default.
• W3210655961 cites W2992462443 @default.
• W3210655961 cites W3014804198 @default.
• W3210655961 cites W3036332712 @default.
• W3210655961 cites W3088217642 @default.
• W3210655961 cites W3090597013 @default.
• W3210655961 cites W3091784261 @default.
• W3210655961 cites W3103133276 @default.
• W3210655961 cites W3124922904 @default.
• W3210655961 cites W3134500490 @default.
• W3210655961 cites W4250213126 @default.
• W3210655961 cites W4251164652 @default.
• W3210655961 doi "https://doi.org/10.1016/j.ijhydene.2021.09.261" @default.
• W3210655961 hasPublicationYear "2022" @default.
• W3210655961 type Work @default.
• W3210655961 sameAs 3210655961 @default.
• W3210655961 citedByCount "14" @default.
• W3210655961 countsByYear W32106559612022 @default.
• W3210655961 countsByYear W32106559612023 @default.
• W3210655961 crossrefType "journal-article" @default.
• W3210655961 hasAuthorship W3210655961A5003252211 @default.
• W3210655961 hasAuthorship W3210655961A5030540097 @default.
• W3210655961 hasAuthorship W3210655961A5042949224 @default.
• W3210655961 hasAuthorship W3210655961A5055559169 @default.
• W3210655961 hasAuthorship W3210655961A5074058768 @default.
• W3210655961 hasAuthorship W3210655961A5076650072 @default.

• next