Matches in SemOpenAlex for { <https://semopenalex.org/work/W2967949074> ?p ?o ?g. }
- W2967949074 endingPage "154" @default.
- W2967949074 startingPage "133" @default.
- W2967949074 abstract "Abstract Orientation-dependent irradiation hardening phenomena in pure Zr have been studied, and the corresponding mechanisms investigated based on the combined use of SEM, TEM, and CPFEM. Nanoindentation was conducted on ten grains at room temperature before and after ion irradiation (0.3 dpa, 250 °C). The hardness decreases as the declination angle (the angle between c-axis and sample surface normal) increases, both before and after irradiation. However, the irradiation induced maximum absolute and relative increment of hardness occur when the declination angle is about 55° and 60°, respectively. The hardness increment was found to be proportional to the relative activation of the type slip with increase of declination angle, at low angles. However for angles higher than 55–60° the hardness increment was found to be reduced by the activation of deformation twinning and cross slip. A peak increment of irradiation hardening is therefore observed due to the orientation-dependent combination of different deformation mechanisms. CRSS values of all slip systems and for {10–12} tension twinning before and after irradiation were obtained by fitting to a crystal plasticity finite element model (CPFEM). The obstacle strength of heavy ion induced type dislocation loops generated at 250 °C on subsequent room temperature slip was thus calculated to be approximately 0.29 ± 0.05." @default.
- W2967949074 created "2019-08-22" @default.
- W2967949074 creator A5010789653 @default.
- W2967949074 creator A5018101601 @default.
- W2967949074 creator A5030863883 @default.
- W2967949074 creator A5040769909 @default.
- W2967949074 creator A5078608214 @default.
- W2967949074 creator A5086338784 @default.
- W2967949074 date "2020-01-01" @default.
- W2967949074 modified "2023-09-27" @default.
- W2967949074 title "Orientation-dependent irradiation hardening in pure Zr studied by nanoindentation, electron microscopies, and crystal plasticity finite element modeling" @default.
- W2967949074 cites W1657309504 @default.
- W2967949074 cites W1856511867 @default.
- W2967949074 cites W1965342803 @default.
- W2967949074 cites W1967539050 @default.
- W2967949074 cites W1970567642 @default.
- W2967949074 cites W1972551064 @default.
- W2967949074 cites W1972883070 @default.
- W2967949074 cites W1983509479 @default.
- W2967949074 cites W1996042587 @default.
- W2967949074 cites W1997650276 @default.
- W2967949074 cites W2003022498 @default.
- W2967949074 cites W2007672777 @default.
- W2967949074 cites W2008365004 @default.
- W2967949074 cites W2010036976 @default.
- W2967949074 cites W2011980518 @default.
- W2967949074 cites W2016108464 @default.
- W2967949074 cites W2024649310 @default.
- W2967949074 cites W2027974459 @default.
- W2967949074 cites W2036115443 @default.
- W2967949074 cites W2036861605 @default.
- W2967949074 cites W2037613706 @default.
- W2967949074 cites W2038389598 @default.
- W2967949074 cites W2038559596 @default.
- W2967949074 cites W2040139491 @default.
- W2967949074 cites W2040395615 @default.
- W2967949074 cites W2042717264 @default.
- W2967949074 cites W2045372365 @default.
- W2967949074 cites W2048982884 @default.
- W2967949074 cites W2052545455 @default.
- W2967949074 cites W2059992757 @default.
- W2967949074 cites W2061899458 @default.
- W2967949074 cites W2065211911 @default.
- W2967949074 cites W2077416877 @default.
- W2967949074 cites W2080486611 @default.
- W2967949074 cites W2084494702 @default.
- W2967949074 cites W2091127250 @default.
- W2967949074 cites W2093029086 @default.
- W2967949074 cites W2102524489 @default.
- W2967949074 cites W2112316727 @default.
- W2967949074 cites W2149553867 @default.
- W2967949074 cites W216305734 @default.
- W2967949074 cites W2364129435 @default.
- W2967949074 cites W2562026061 @default.
- W2967949074 cites W2581074004 @default.
- W2967949074 cites W2587201935 @default.
- W2967949074 cites W2589460815 @default.
- W2967949074 cites W2590017883 @default.
- W2967949074 cites W2741738862 @default.
- W2967949074 cites W2742071938 @default.
- W2967949074 cites W2742578252 @default.
- W2967949074 cites W2772295293 @default.
- W2967949074 cites W2778007724 @default.
- W2967949074 cites W2789429396 @default.
- W2967949074 cites W2803177486 @default.
- W2967949074 cites W2803917072 @default.
- W2967949074 cites W2883833806 @default.
- W2967949074 cites W2891258076 @default.
- W2967949074 cites W2898552476 @default.
- W2967949074 cites W2901079419 @default.
- W2967949074 cites W2903777445 @default.
- W2967949074 cites W2963115446 @default.
- W2967949074 cites W303606247 @default.
- W2967949074 cites W346750454 @default.
- W2967949074 cites W4256172461 @default.
- W2967949074 cites W772537626 @default.
- W2967949074 cites W817030776 @default.
- W2967949074 doi "https://doi.org/10.1016/j.ijplas.2019.08.007" @default.
- W2967949074 hasPublicationYear "2020" @default.
- W2967949074 type Work @default.
- W2967949074 sameAs 2967949074 @default.
- W2967949074 citedByCount "28" @default.
- W2967949074 countsByYear W29679490742020 @default.
- W2967949074 countsByYear W29679490742021 @default.
- W2967949074 countsByYear W29679490742022 @default.
- W2967949074 countsByYear W29679490742023 @default.
- W2967949074 crossrefType "journal-article" @default.
- W2967949074 hasAuthorship W2967949074A5010789653 @default.
- W2967949074 hasAuthorship W2967949074A5018101601 @default.
- W2967949074 hasAuthorship W2967949074A5030863883 @default.
- W2967949074 hasAuthorship W2967949074A5040769909 @default.
- W2967949074 hasAuthorship W2967949074A5078608214 @default.
- W2967949074 hasAuthorship W2967949074A5086338784 @default.
- W2967949074 hasConcept C111337013 @default.
- W2967949074 hasConcept C121332964 @default.
- W2967949074 hasConcept C127413603 @default.
- W2967949074 hasConcept C135628077 @default.
- W2967949074 hasConcept C159985019 @default.