FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4381060611> ?p ?o ?g. }

• W4381060611 endingPage "145323" @default.
• W4381060611 startingPage "145323" @default.
• W4381060611 abstract "The techniques of InterPulse magnetic constriction and high frequency pulsation of arc in gas tungsten arc welding (GTAW) were deployed to minimize the detrimental intermetallic laves phase evolution in fusion zone (FZ) of Superalloy-718 welds and enhance the precipitation strengthening of joints. The Superalloy-718 joints were developed by using an advanced variant of GTAW popularly known as InterPulse gas tungsten constricted arc welding (IP-GTCAW). The joints were subjected to the post weld heat treatment (PWHT) cycles of direct aging (DA), solution annealing at 980 °C and 1065 °C followed by aging (980STA and 1065STA) respectively. The tensile properties and hardness of joints were evaluated. The microstructures of joints were analyzed using optical (OM) and scanning electron microscopy (SEM). The elemental analysis of Laves phase and dendrite core of FZ of joints was performed by using energy dispersive spectroscopy (EDS). The tensile fractured surfaces were analyzed using SEM. Results showed that the Superalloy-718 joints developed using IP-GTCAW showed better response to PWHT than GTAW joints because of the greater refinement of FZ microstructure and evolution of finer and discrete Laves phases in FZ. The 980STA joints exhibited superior tensile properties than DA and 1065STA joints. It is correlated to the greater dissolution of Laves phases in nickel austenitic (γ) matrix of FZ resulting in more niobium (Nb) accessible for the precipitation strengthening of FZ. The 1065STA joints showed slightly higher hardness of FZ than 980STA joints because of the almost complete dissolution of Laves phases in FZ. However, the tensile properties of 1065STA joints are lower than 980STA joints because of severe grain growth in FZ and BM. The evolution of microvoids at the interface of Laves phase/weld matrix leading to the development and coalescence of microcracks in FZ on tensile loading is the main mechanism responsible for the premature fracture of joints." @default.
• W4381060611 created "2023-06-18" @default.
• W4381060611 creator A5000579569 @default.
• W4381060611 creator A5004675586 @default.
• W4381060611 creator A5026119462 @default.
• W4381060611 creator A5026692507 @default.
• W4381060611 creator A5049322740 @default.
• W4381060611 creator A5062108023 @default.
• W4381060611 creator A5075342688 @default.
• W4381060611 creator A5077934204 @default.
• W4381060611 date "2023-07-01" @default.
• W4381060611 modified "2023-10-16" @default.
• W4381060611 title "Minimizing intermetallic Laves phase evolution and enhancing precipitation strengthening of Superalloy-718 joints using InterPulse magnetic arc constriction and high frequency pulsation" @default.
• W4381060611 cites W1902292255 @default.
• W4381060611 cites W1970443183 @default.
• W4381060611 cites W1975631902 @default.
• W4381060611 cites W1978419783 @default.
• W4381060611 cites W1980463454 @default.
• W4381060611 cites W1986471709 @default.
• W4381060611 cites W1990401258 @default.
• W4381060611 cites W1992731081 @default.
• W4381060611 cites W1996701767 @default.
• W4381060611 cites W2000923930 @default.
• W4381060611 cites W2001407150 @default.
• W4381060611 cites W2005709113 @default.
• W4381060611 cites W2005954966 @default.
• W4381060611 cites W2010436671 @default.
• W4381060611 cites W2022654463 @default.
• W4381060611 cites W2042066344 @default.
• W4381060611 cites W2054815118 @default.
• W4381060611 cites W2061323408 @default.
• W4381060611 cites W2068690468 @default.
• W4381060611 cites W2073157734 @default.
• W4381060611 cites W2084246949 @default.
• W4381060611 cites W2086221836 @default.
• W4381060611 cites W2175986458 @default.
• W4381060611 cites W2188790792 @default.
• W4381060611 cites W225024893 @default.
• W4381060611 cites W2343324034 @default.
• W4381060611 cites W2402490541 @default.
• W4381060611 cites W2759552774 @default.
• W4381060611 cites W2797308600 @default.
• W4381060611 cites W2997885992 @default.
• W4381060611 cites W3034407403 @default.
• W4381060611 cites W3034843143 @default.
• W4381060611 cites W3040656454 @default.
• W4381060611 cites W3046051321 @default.
• W4381060611 cites W3092853655 @default.
• W4381060611 cites W3135174776 @default.
• W4381060611 cites W3195413267 @default.
• W4381060611 cites W4241396461 @default.
• W4381060611 cites W73897109 @default.
• W4381060611 doi "https://doi.org/10.1016/j.msea.2023.145323" @default.
• W4381060611 hasPublicationYear "2023" @default.
• W4381060611 type Work @default.
• W4381060611 citedByCount "2" @default.
• W4381060611 countsByYear W43810606112023 @default.
• W4381060611 crossrefType "journal-article" @default.
• W4381060611 hasAuthorship W4381060611A5000579569 @default.
• W4381060611 hasAuthorship W4381060611A5004675586 @default.
• W4381060611 hasAuthorship W4381060611A5026119462 @default.
• W4381060611 hasAuthorship W4381060611A5026692507 @default.
• W4381060611 hasAuthorship W4381060611A5049322740 @default.
• W4381060611 hasAuthorship W4381060611A5062108023 @default.
• W4381060611 hasAuthorship W4381060611A5075342688 @default.
• W4381060611 hasAuthorship W4381060611A5077934204 @default.
• W4381060611 hasConcept C112950240 @default.
• W4381060611 hasConcept C159985019 @default.
• W4381060611 hasConcept C191897082 @default.
• W4381060611 hasConcept C192562407 @default.
• W4381060611 hasConcept C19474535 @default.
• W4381060611 hasConcept C20480867 @default.
• W4381060611 hasConcept C207055975 @default.
• W4381060611 hasConcept C27501479 @default.
• W4381060611 hasConcept C2776878729 @default.
• W4381060611 hasConcept C2780026712 @default.
• W4381060611 hasConcept C3450827 @default.
• W4381060611 hasConcept C87976508 @default.
• W4381060611 hasConceptScore W4381060611C112950240 @default.
• W4381060611 hasConceptScore W4381060611C159985019 @default.
• W4381060611 hasConceptScore W4381060611C191897082 @default.
• W4381060611 hasConceptScore W4381060611C192562407 @default.
• W4381060611 hasConceptScore W4381060611C19474535 @default.
• W4381060611 hasConceptScore W4381060611C20480867 @default.
• W4381060611 hasConceptScore W4381060611C207055975 @default.
• W4381060611 hasConceptScore W4381060611C27501479 @default.
• W4381060611 hasConceptScore W4381060611C2776878729 @default.
• W4381060611 hasConceptScore W4381060611C2780026712 @default.
• W4381060611 hasConceptScore W4381060611C3450827 @default.
• W4381060611 hasConceptScore W4381060611C87976508 @default.
• W4381060611 hasFunder F4320320722 @default.
• W4381060611 hasFunder F4320321912 @default.
• W4381060611 hasFunder F4320336526 @default.
• W4381060611 hasLocation W43810606111 @default.
• W4381060611 hasOpenAccess W4381060611 @default.
• W4381060611 hasPrimaryLocation W43810606111 @default.
• W4381060611 hasRelatedWork W1994380574 @default.
• W4381060611 hasRelatedWork W1999552040 @default.

• next