Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309199621> ?p ?o ?g. }
- W4309199621 endingPage "168099" @default.
- W4309199621 startingPage "168099" @default.
- W4309199621 abstract "Thanks to many fascinating properties, such as high mechanical properties, good corrosion resistance, and excellent biocompatibility, beta-type Ti alloys are frequently employed as biomedical implants. In recent decades, rapidly developed powder bed fusion (PBF) technologies have become new methods for fabricating beta-type Ti alloys. This article reviews the recent advances and insightful perspectives on the feedstock powder characteristics (e.g., pre-alloyed powder and elemental powder mixtures), microstructure, mechanical properties, and corrosion behavior of PBF-produced beta-type Ti alloys in the forms of bulk solid parts and lattice structures. As reviewed, PBF-produced bulk beta-type Ti alloys exhibit higher strength than their conventional counterparts, accompanying with slight decrease in the maximum deformation strain. The corrosion behavior of PBF-produced bulk beta-type Ti alloys with the identical corresponding chemical compositions is related to their phase constituents in microstructure, which results from the fabrication methods or processing procedures. Additionally, PBF-produced bulk beta-type Ti alloys still have higher elastic moduli than the human bones. Hence, with the assistance of PBF technologies, lattice structures of beta-type Ti alloys with lower and controllable moduli are developed to obtain reduced their elastic moduli. For biomedical implant applications, PBF-produced lattice structures of beta-type Ti alloys with multifunctional coatings may become promising materials in the future. Nevertheless, the investigations on the PBF-produced beta-type Ti alloys for biomedical implant applications are hitherto still in the initial stage." @default.
- W4309199621 created "2022-11-24" @default.
- W4309199621 creator A5022276111 @default.
- W4309199621 creator A5029890023 @default.
- W4309199621 creator A5054529078 @default.
- W4309199621 creator A5088646573 @default.
- W4309199621 date "2023-03-01" @default.
- W4309199621 modified "2023-10-06" @default.
- W4309199621 title "Powder bed fusion manufacturing of beta-type titanium alloys for biomedical implant applications: A review" @default.
- W4309199621 cites W1046063202 @default.
- W4309199621 cites W1179594836 @default.
- W4309199621 cites W1235287902 @default.
- W4309199621 cites W1616548355 @default.
- W4309199621 cites W1678842167 @default.
- W4309199621 cites W1882399801 @default.
- W4309199621 cites W1910044559 @default.
- W4309199621 cites W1967333503 @default.
- W4309199621 cites W1971542301 @default.
- W4309199621 cites W1972409024 @default.
- W4309199621 cites W1978096713 @default.
- W4309199621 cites W1978616686 @default.
- W4309199621 cites W1986627142 @default.
- W4309199621 cites W1991611811 @default.
- W4309199621 cites W2000363357 @default.
- W4309199621 cites W2002665133 @default.
- W4309199621 cites W2003028289 @default.
- W4309199621 cites W2003701443 @default.
- W4309199621 cites W2008158617 @default.
- W4309199621 cites W2010643522 @default.
- W4309199621 cites W2016181213 @default.
- W4309199621 cites W2023011374 @default.
- W4309199621 cites W2024043140 @default.
- W4309199621 cites W2036753587 @default.
- W4309199621 cites W2038575441 @default.
- W4309199621 cites W2043932745 @default.
- W4309199621 cites W2051558173 @default.
- W4309199621 cites W2051933833 @default.
- W4309199621 cites W2052111549 @default.
- W4309199621 cites W2061693623 @default.
- W4309199621 cites W2061755679 @default.
- W4309199621 cites W2062829955 @default.
- W4309199621 cites W2063004787 @default.
- W4309199621 cites W2072524932 @default.
- W4309199621 cites W2088850656 @default.
- W4309199621 cites W2089050878 @default.
- W4309199621 cites W2090870383 @default.
- W4309199621 cites W2094125065 @default.
- W4309199621 cites W2105174400 @default.
- W4309199621 cites W2106579940 @default.
- W4309199621 cites W2109647575 @default.
- W4309199621 cites W2110610796 @default.
- W4309199621 cites W2119496198 @default.
- W4309199621 cites W2125308454 @default.
- W4309199621 cites W2156185431 @default.
- W4309199621 cites W2169347953 @default.
- W4309199621 cites W2190945500 @default.
- W4309199621 cites W2219494368 @default.
- W4309199621 cites W2270168178 @default.
- W4309199621 cites W2307165016 @default.
- W4309199621 cites W2332518803 @default.
- W4309199621 cites W2382359737 @default.
- W4309199621 cites W2419256540 @default.
- W4309199621 cites W2464688240 @default.
- W4309199621 cites W2521162056 @default.
- W4309199621 cites W2528144104 @default.
- W4309199621 cites W2558908234 @default.
- W4309199621 cites W2561721387 @default.
- W4309199621 cites W2570638340 @default.
- W4309199621 cites W2589150459 @default.
- W4309199621 cites W2592860729 @default.
- W4309199621 cites W2611389640 @default.
- W4309199621 cites W2612705871 @default.
- W4309199621 cites W2621111556 @default.
- W4309199621 cites W2751026941 @default.
- W4309199621 cites W2757522233 @default.
- W4309199621 cites W2760349024 @default.
- W4309199621 cites W2762718617 @default.
- W4309199621 cites W2767197857 @default.
- W4309199621 cites W2767343471 @default.
- W4309199621 cites W2775594701 @default.
- W4309199621 cites W2777689514 @default.
- W4309199621 cites W2783203476 @default.
- W4309199621 cites W2787980705 @default.
- W4309199621 cites W2789602848 @default.
- W4309199621 cites W2789625674 @default.
- W4309199621 cites W2792212460 @default.
- W4309199621 cites W2792423767 @default.
- W4309199621 cites W2801279799 @default.
- W4309199621 cites W2804637652 @default.
- W4309199621 cites W2804701396 @default.
- W4309199621 cites W2809694916 @default.
- W4309199621 cites W2810092549 @default.
- W4309199621 cites W2813675695 @default.
- W4309199621 cites W2886422749 @default.
- W4309199621 cites W2889871768 @default.
- W4309199621 cites W2893891094 @default.
- W4309199621 cites W2893924466 @default.
- W4309199621 cites W2899208848 @default.