Matches in SemOpenAlex for { <https://semopenalex.org/work/W3001292008> ?p ?o ?g. }
- W3001292008 endingPage "153971" @default.
- W3001292008 startingPage "153971" @default.
- W3001292008 abstract "The main purpose of this investigation was to identify microstructure and cyclic deformation behavior of a 3D-printed Ti–6Al–4V alloy via selective electron beam melting (SEBM). Abundant orientated α-lamellae were present in the prior columnar β grains along the building direction. Four distinct high-angle α/α grain boundaries were detected as stipulated by the Burgers orientation relationship in the β→α phase transformation at a relatively slow cooling rate during SEBM, including the unique low-energy prismatic/basal (PB) grain boundaries with a misorientation angle of 90° in the 3D-printed Ti–6Al–4V alloy. The alloy exhibited superior strength and adequate ductility, along with a certain extent of strain-rate sensitivity. Cyclic stabilization largely sustained, while cyclic softening occurred at higher strain amplitudes. Although fatigue life could be described by Smith, Watson and Topper (SWT) model, it would be better predicted via a total strain energy-based model. Crack initiation occurred from near-surface defects of entrapped gas pores or residual unmelted zones, and crack propagation was characterized by typical fatigue striations. The results obtained would help promote the safe and reliable applications of 3D-printed titanium components." @default.
- W3001292008 created "2020-01-30" @default.
- W3001292008 creator A5009621025 @default.
- W3001292008 creator A5012568935 @default.
- W3001292008 creator A5033121105 @default.
- W3001292008 creator A5042441491 @default.
- W3001292008 creator A5042776846 @default.
- W3001292008 creator A5058613060 @default.
- W3001292008 creator A5071899902 @default.
- W3001292008 creator A5083280239 @default.
- W3001292008 date "2020-06-01" @default.
- W3001292008 modified "2023-09-29" @default.
- W3001292008 title "Microstructure and cyclic deformation behavior of a 3D-printed Ti–6Al–4V alloy" @default.
- W3001292008 cites W1124618312 @default.
- W3001292008 cites W1765559045 @default.
- W3001292008 cites W1912172834 @default.
- W3001292008 cites W1977642989 @default.
- W3001292008 cites W2000551533 @default.
- W3001292008 cites W2001755473 @default.
- W3001292008 cites W2008867623 @default.
- W3001292008 cites W2010528621 @default.
- W3001292008 cites W2029031285 @default.
- W3001292008 cites W2030580193 @default.
- W3001292008 cites W2039238114 @default.
- W3001292008 cites W2042444262 @default.
- W3001292008 cites W2042947602 @default.
- W3001292008 cites W2048794819 @default.
- W3001292008 cites W2053094271 @default.
- W3001292008 cites W2053586398 @default.
- W3001292008 cites W2055351267 @default.
- W3001292008 cites W2056845045 @default.
- W3001292008 cites W2065893317 @default.
- W3001292008 cites W2093191883 @default.
- W3001292008 cites W2094345055 @default.
- W3001292008 cites W2108272642 @default.
- W3001292008 cites W2121629923 @default.
- W3001292008 cites W2135012164 @default.
- W3001292008 cites W2146471005 @default.
- W3001292008 cites W2152801558 @default.
- W3001292008 cites W2153339701 @default.
- W3001292008 cites W2163712479 @default.
- W3001292008 cites W2199937299 @default.
- W3001292008 cites W2204647836 @default.
- W3001292008 cites W2207298335 @default.
- W3001292008 cites W2244644389 @default.
- W3001292008 cites W227520449 @default.
- W3001292008 cites W2286982147 @default.
- W3001292008 cites W2306049680 @default.
- W3001292008 cites W2311258216 @default.
- W3001292008 cites W2503161491 @default.
- W3001292008 cites W2525560340 @default.
- W3001292008 cites W2535678734 @default.
- W3001292008 cites W2538619554 @default.
- W3001292008 cites W2556716806 @default.
- W3001292008 cites W2623203717 @default.
- W3001292008 cites W2720993591 @default.
- W3001292008 cites W2754617633 @default.
- W3001292008 cites W2758567842 @default.
- W3001292008 cites W2767755556 @default.
- W3001292008 cites W2792566802 @default.
- W3001292008 cites W2795152228 @default.
- W3001292008 cites W2810016982 @default.
- W3001292008 cites W2842728719 @default.
- W3001292008 cites W2888282613 @default.
- W3001292008 cites W2889719850 @default.
- W3001292008 cites W2892737421 @default.
- W3001292008 cites W2894209335 @default.
- W3001292008 cites W2898960394 @default.
- W3001292008 cites W2904619063 @default.
- W3001292008 cites W2912344898 @default.
- W3001292008 cites W2912770848 @default.
- W3001292008 cites W2920288624 @default.
- W3001292008 cites W2937978679 @default.
- W3001292008 cites W2938068845 @default.
- W3001292008 cites W2944168969 @default.
- W3001292008 cites W2947325914 @default.
- W3001292008 cites W2947461251 @default.
- W3001292008 cites W2951885281 @default.
- W3001292008 cites W2955477706 @default.
- W3001292008 cites W2955634626 @default.
- W3001292008 cites W2958003932 @default.
- W3001292008 cites W2963105053 @default.
- W3001292008 cites W2969390005 @default.
- W3001292008 cites W2970719415 @default.
- W3001292008 cites W2972313225 @default.
- W3001292008 cites W4229702938 @default.
- W3001292008 cites W828403382 @default.
- W3001292008 doi "https://doi.org/10.1016/j.jallcom.2020.153971" @default.
- W3001292008 hasPublicationYear "2020" @default.
- W3001292008 type Work @default.
- W3001292008 sameAs 3001292008 @default.
- W3001292008 citedByCount "17" @default.
- W3001292008 countsByYear W30012920082020 @default.
- W3001292008 countsByYear W30012920082021 @default.
- W3001292008 countsByYear W30012920082022 @default.
- W3001292008 countsByYear W30012920082023 @default.
- W3001292008 crossrefType "journal-article" @default.
- W3001292008 hasAuthorship W3001292008A5009621025 @default.