Matches in SemOpenAlex for { <https://semopenalex.org/work/W3137500312> ?p ?o ?g. }
- W3137500312 endingPage "140999" @default.
- W3137500312 startingPage "140999" @default.
- W3137500312 abstract "In this study, in order to understand the nanostructure of FeCrNi steels in the laser powder bed fusion (LPBF) process, directional solidification was simulated using large-scale molecular dynamics simulation (LSMDS). For this purpose an atomic box with a dimension of 70×40×60(nm3) including random dispersion of Fe, Cr and Ni was created. Then, two different fixed temperatures were considered for the left and right side of the box during cooling from the liquid molten state. For evaluation of the uniformity in mechanical properties, uniaxial tensile tests were performed in the parallel and perpendicular directions. Extensive twinning induced plasticity (TWIP) occurred along side Shockley partial dislocations (DLs) evolution in both directions, while different ultimate tensile strengths (UTS) were obtained as a sign of non-uniform tensile behavior. Different plastic deformation mechanisms at the nano-scale including stacking faults (SFs) interaction with each other/grain boundaries (GBs)/twin boundaries (TBs), formation of defective coherent twins (DCTs), dynamic Hall-Petch, shear stress gradient (back stress), and a new mechanism for dynamic recrystallization at room temperature are discussed in detail." @default.
- W3137500312 created "2021-03-29" @default.
- W3137500312 creator A5008694200 @default.
- W3137500312 creator A5011641598 @default.
- W3137500312 creator A5018122778 @default.
- W3137500312 creator A5028009856 @default.
- W3137500312 date "2021-04-01" @default.
- W3137500312 modified "2023-10-14" @default.
- W3137500312 title "Nano-scale simulation of directional solidification in TWIP stainless steels: A focus on plastic deformation mechanisms" @default.
- W3137500312 cites W1998787368 @default.
- W3137500312 cites W2003439009 @default.
- W3137500312 cites W2019465613 @default.
- W3137500312 cites W2047942079 @default.
- W3137500312 cites W2047968138 @default.
- W3137500312 cites W2082852341 @default.
- W3137500312 cites W2085528403 @default.
- W3137500312 cites W2150492737 @default.
- W3137500312 cites W2157743688 @default.
- W3137500312 cites W2331807289 @default.
- W3137500312 cites W2531344809 @default.
- W3137500312 cites W2547393529 @default.
- W3137500312 cites W2561742001 @default.
- W3137500312 cites W2588916226 @default.
- W3137500312 cites W2759099543 @default.
- W3137500312 cites W2763034268 @default.
- W3137500312 cites W2766901392 @default.
- W3137500312 cites W2772428090 @default.
- W3137500312 cites W2790875637 @default.
- W3137500312 cites W2791285781 @default.
- W3137500312 cites W2803014474 @default.
- W3137500312 cites W2803106333 @default.
- W3137500312 cites W2888536951 @default.
- W3137500312 cites W2898675514 @default.
- W3137500312 cites W2901114860 @default.
- W3137500312 cites W2904809417 @default.
- W3137500312 cites W2909644626 @default.
- W3137500312 cites W2911989295 @default.
- W3137500312 cites W2913123950 @default.
- W3137500312 cites W2917107997 @default.
- W3137500312 cites W2951208081 @default.
- W3137500312 cites W2955756069 @default.
- W3137500312 cites W2965854677 @default.
- W3137500312 cites W2970800918 @default.
- W3137500312 cites W2975834845 @default.
- W3137500312 cites W2977404094 @default.
- W3137500312 cites W2989263448 @default.
- W3137500312 cites W2995777624 @default.
- W3137500312 cites W2995974436 @default.
- W3137500312 cites W2996470755 @default.
- W3137500312 cites W3003727011 @default.
- W3137500312 cites W3011118558 @default.
- W3137500312 cites W3022220497 @default.
- W3137500312 cites W3025954869 @default.
- W3137500312 cites W3027367902 @default.
- W3137500312 cites W3033363874 @default.
- W3137500312 cites W3035292501 @default.
- W3137500312 cites W3038018165 @default.
- W3137500312 cites W3039302669 @default.
- W3137500312 cites W3039470049 @default.
- W3137500312 doi "https://doi.org/10.1016/j.msea.2021.140999" @default.
- W3137500312 hasPublicationYear "2021" @default.
- W3137500312 type Work @default.
- W3137500312 sameAs 3137500312 @default.
- W3137500312 citedByCount "7" @default.
- W3137500312 countsByYear W31375003122022 @default.
- W3137500312 countsByYear W31375003122023 @default.
- W3137500312 crossrefType "journal-article" @default.
- W3137500312 hasAuthorship W3137500312A5008694200 @default.
- W3137500312 hasAuthorship W3137500312A5011641598 @default.
- W3137500312 hasAuthorship W3137500312A5018122778 @default.
- W3137500312 hasAuthorship W3137500312A5028009856 @default.
- W3137500312 hasBestOaLocation W31375003121 @default.
- W3137500312 hasConcept C112950240 @default.
- W3137500312 hasConcept C159985019 @default.
- W3137500312 hasConcept C191897082 @default.
- W3137500312 hasConcept C192562407 @default.
- W3137500312 hasConcept C204366326 @default.
- W3137500312 hasConcept C205539056 @default.
- W3137500312 hasConcept C2779863471 @default.
- W3137500312 hasConcept C6840138 @default.
- W3137500312 hasConcept C79186407 @default.
- W3137500312 hasConcept C87976508 @default.
- W3137500312 hasConceptScore W3137500312C112950240 @default.
- W3137500312 hasConceptScore W3137500312C159985019 @default.
- W3137500312 hasConceptScore W3137500312C191897082 @default.
- W3137500312 hasConceptScore W3137500312C192562407 @default.
- W3137500312 hasConceptScore W3137500312C204366326 @default.
- W3137500312 hasConceptScore W3137500312C205539056 @default.
- W3137500312 hasConceptScore W3137500312C2779863471 @default.
- W3137500312 hasConceptScore W3137500312C6840138 @default.
- W3137500312 hasConceptScore W3137500312C79186407 @default.
- W3137500312 hasConceptScore W3137500312C87976508 @default.
- W3137500312 hasFunder F4320320847 @default.
- W3137500312 hasLocation W31375003121 @default.
- W3137500312 hasLocation W31375003122 @default.
- W3137500312 hasOpenAccess W3137500312 @default.
- W3137500312 hasPrimaryLocation W31375003121 @default.
- W3137500312 hasRelatedWork W1984110659 @default.