Matches in SemOpenAlex for { <https://semopenalex.org/work/W2999078404> ?p ?o ?g. }
- W2999078404 endingPage "7168" @default.
- W2999078404 startingPage "7151" @default.
- W2999078404 abstract "Abstract The present work aims to assess the influence of hydrogen on strain controlled low cycle fatigue (LCF) properties of P91 steel. Specimens were electrochemically charged using H2SO4 solution, subsequently uniaxial tensile and LCF tests were performed at ambient temperature. An increase in strength and reduction in elongation are noticed for hydrogen charged samples relative to as received or uncharged specimens. Hydrogenated specimens depict drastic reduction in fatigue life as compared to the uncharged specimens. Irrespective of imposed strain amplitude, P91 steel show cyclic softening nature throughout its life. The peak stress amplitude and rate of cyclic softening for hydrogenated specimens are found to be more than the as received specimens at all strain amplitudes. The magnitude of proportional limit from master curve depicts that as received specimen exhibit near Masing behavior whereas hydrogenated specimens reveal non-Masing behavior. Local misorientation analyses carried out by electron back scattered diffraction technique are correlated with the evolution of local plastic strain and substructural development. The fracture morphology of tensile test transformed from dimple failure for uncharged specimen to quasi cleavage fracture for hydrogenated specimens. Finite element simulation considering Chaboche kinematic hardening rule is utilized to simulate the cyclic stress-strain behavior of as received and hydrogenated specimens." @default.
- W2999078404 created "2020-01-23" @default.
- W2999078404 creator A5060280465 @default.
- W2999078404 creator A5079481032 @default.
- W2999078404 date "2020-02-01" @default.
- W2999078404 modified "2023-09-27" @default.
- W2999078404 title "Influence of hydrogen on the low cycle fatigue performance of P91 steel" @default.
- W2999078404 cites W1521378483 @default.
- W2999078404 cites W1837713226 @default.
- W2999078404 cites W1964434626 @default.
- W2999078404 cites W1964553808 @default.
- W2999078404 cites W1965714781 @default.
- W2999078404 cites W1969369225 @default.
- W2999078404 cites W1978637567 @default.
- W2999078404 cites W1979239406 @default.
- W2999078404 cites W1987891272 @default.
- W2999078404 cites W1993529810 @default.
- W2999078404 cites W1996561885 @default.
- W2999078404 cites W2008229840 @default.
- W2999078404 cites W2008339439 @default.
- W2999078404 cites W2008740718 @default.
- W2999078404 cites W2013721711 @default.
- W2999078404 cites W2014978639 @default.
- W2999078404 cites W2015082164 @default.
- W2999078404 cites W2017257179 @default.
- W2999078404 cites W2017268124 @default.
- W2999078404 cites W2018044752 @default.
- W2999078404 cites W2018267227 @default.
- W2999078404 cites W2018649601 @default.
- W2999078404 cites W2019120643 @default.
- W2999078404 cites W2024509046 @default.
- W2999078404 cites W2025486742 @default.
- W2999078404 cites W2028686304 @default.
- W2999078404 cites W2034009638 @default.
- W2999078404 cites W2040107739 @default.
- W2999078404 cites W2040914409 @default.
- W2999078404 cites W2043575511 @default.
- W2999078404 cites W2047931097 @default.
- W2999078404 cites W2048873677 @default.
- W2999078404 cites W2049317819 @default.
- W2999078404 cites W2050015200 @default.
- W2999078404 cites W2050708707 @default.
- W2999078404 cites W2060970069 @default.
- W2999078404 cites W2076814680 @default.
- W2999078404 cites W2077029374 @default.
- W2999078404 cites W2085770863 @default.
- W2999078404 cites W2087829442 @default.
- W2999078404 cites W2089605382 @default.
- W2999078404 cites W2094029413 @default.
- W2999078404 cites W2095564567 @default.
- W2999078404 cites W2147567168 @default.
- W2999078404 cites W2153077083 @default.
- W2999078404 cites W2184919090 @default.
- W2999078404 cites W2333093552 @default.
- W2999078404 cites W2513840194 @default.
- W2999078404 cites W2550500439 @default.
- W2999078404 cites W2556944001 @default.
- W2999078404 cites W2617125260 @default.
- W2999078404 cites W2689553581 @default.
- W2999078404 cites W2767122809 @default.
- W2999078404 cites W2797695628 @default.
- W2999078404 cites W2898188770 @default.
- W2999078404 cites W2900555458 @default.
- W2999078404 cites W2921124736 @default.
- W2999078404 cites W2946290815 @default.
- W2999078404 cites W2980089278 @default.
- W2999078404 cites W4244022935 @default.
- W2999078404 cites W592272492 @default.
- W2999078404 cites W62371041 @default.
- W2999078404 doi "https://doi.org/10.1016/j.ijhydene.2019.12.154" @default.
- W2999078404 hasPublicationYear "2020" @default.
- W2999078404 type Work @default.
- W2999078404 sameAs 2999078404 @default.
- W2999078404 citedByCount "6" @default.
- W2999078404 countsByYear W29990784042020 @default.
- W2999078404 countsByYear W29990784042021 @default.
- W2999078404 countsByYear W29990784042022 @default.
- W2999078404 countsByYear W29990784042023 @default.
- W2999078404 crossrefType "journal-article" @default.
- W2999078404 hasAuthorship W2999078404A5060280465 @default.
- W2999078404 hasAuthorship W2999078404A5079481032 @default.
- W2999078404 hasConcept C178790620 @default.
- W2999078404 hasConcept C185592680 @default.
- W2999078404 hasConcept C191897082 @default.
- W2999078404 hasConcept C192562407 @default.
- W2999078404 hasConcept C2779686264 @default.
- W2999078404 hasConcept C512968161 @default.
- W2999078404 hasConceptScore W2999078404C178790620 @default.
- W2999078404 hasConceptScore W2999078404C185592680 @default.
- W2999078404 hasConceptScore W2999078404C191897082 @default.
- W2999078404 hasConceptScore W2999078404C192562407 @default.
- W2999078404 hasConceptScore W2999078404C2779686264 @default.
- W2999078404 hasConceptScore W2999078404C512968161 @default.
- W2999078404 hasIssue "11" @default.
- W2999078404 hasLocation W29990784041 @default.
- W2999078404 hasOpenAccess W2999078404 @default.
- W2999078404 hasPrimaryLocation W29990784041 @default.
- W2999078404 hasRelatedWork W2022507789 @default.