Matches in SemOpenAlex for { <https://semopenalex.org/work/W4311140959> ?p ?o ?g. }
- W4311140959 endingPage "167" @default.
- W4311140959 startingPage "154" @default.
- W4311140959 abstract "Functional stability of superelasticity is crucial for practical applications of shape memory alloys. It is degraded by a Lüders-like deformation with elevated local stress concentration under tensile load. By increasing the degree of solute supersaturation and applying appropriate thermomechanical treatments, a Ti-Ni alloy with nanocrystallinity and dispersed nanoprecipitates is obtained. In contrast to conventional Ti-Ni alloys, the superelasticity in the target alloy is accompanied by homogeneous deformation due to the sluggish stress-induced martensitic transformation. The alloy thus shows a fully recoverable strain of 6% under tensile stress over 1 GPa and a large adiabatic temperature decrease of 13.1 K under tensile strain of 4.5% at room temperature. Moreover, both superelasticity and elastocaloric effect exhibit negligible degradation in response to applied strain of 4% during cycling. We attribute the improved functional stability to low dislocation activity resulting from the suppression of localized deformation and the combined strengthening effect of nanocrystalline structure and nanoprecipitates. Thus, the design of such a microstructure enabling homogeneous deformation provides a recipe for stable superelasticity and elastocaloric effect." @default.
- W4311140959 created "2022-12-23" @default.
- W4311140959 creator A5006382294 @default.
- W4311140959 creator A5007077402 @default.
- W4311140959 creator A5026902132 @default.
- W4311140959 creator A5059336514 @default.
- W4311140959 creator A5063258989 @default.
- W4311140959 creator A5071006086 @default.
- W4311140959 creator A5071798264 @default.
- W4311140959 creator A5073907172 @default.
- W4311140959 creator A5087470453 @default.
- W4311140959 date "2023-05-01" @default.
- W4311140959 modified "2023-10-18" @default.
- W4311140959 title "Improved stability of superelasticity and elastocaloric effect in Ti-Ni alloys by suppressing Lüders-like deformation under tensile load" @default.
- W4311140959 cites W1823020298 @default.
- W4311140959 cites W1965344859 @default.
- W4311140959 cites W1973565005 @default.
- W4311140959 cites W1978071579 @default.
- W4311140959 cites W1984767063 @default.
- W4311140959 cites W1988993225 @default.
- W4311140959 cites W1991090172 @default.
- W4311140959 cites W1991116002 @default.
- W4311140959 cites W1994156420 @default.
- W4311140959 cites W2001901683 @default.
- W4311140959 cites W2007802374 @default.
- W4311140959 cites W2009328153 @default.
- W4311140959 cites W2014201268 @default.
- W4311140959 cites W2017290773 @default.
- W4311140959 cites W2021157368 @default.
- W4311140959 cites W2022976904 @default.
- W4311140959 cites W2025248774 @default.
- W4311140959 cites W2027027361 @default.
- W4311140959 cites W2032093899 @default.
- W4311140959 cites W2032472063 @default.
- W4311140959 cites W2038568757 @default.
- W4311140959 cites W2050800411 @default.
- W4311140959 cites W2056698329 @default.
- W4311140959 cites W2060062430 @default.
- W4311140959 cites W2062946397 @default.
- W4311140959 cites W2069810973 @default.
- W4311140959 cites W2069947636 @default.
- W4311140959 cites W2091010026 @default.
- W4311140959 cites W2091177737 @default.
- W4311140959 cites W2137625543 @default.
- W4311140959 cites W2147328477 @default.
- W4311140959 cites W2154904317 @default.
- W4311140959 cites W2236273040 @default.
- W4311140959 cites W2278230807 @default.
- W4311140959 cites W2301146174 @default.
- W4311140959 cites W2321991720 @default.
- W4311140959 cites W2323942249 @default.
- W4311140959 cites W2497017894 @default.
- W4311140959 cites W2538446843 @default.
- W4311140959 cites W2548250461 @default.
- W4311140959 cites W2564376293 @default.
- W4311140959 cites W2597262596 @default.
- W4311140959 cites W2598749906 @default.
- W4311140959 cites W2620640625 @default.
- W4311140959 cites W2745773905 @default.
- W4311140959 cites W2772121221 @default.
- W4311140959 cites W2834599863 @default.
- W4311140959 cites W2862195858 @default.
- W4311140959 cites W2885769347 @default.
- W4311140959 cites W2889364299 @default.
- W4311140959 cites W2900554295 @default.
- W4311140959 cites W2900576055 @default.
- W4311140959 cites W2903492461 @default.
- W4311140959 cites W2922181390 @default.
- W4311140959 cites W2938746104 @default.
- W4311140959 cites W2983285297 @default.
- W4311140959 cites W2991566591 @default.
- W4311140959 cites W2997217532 @default.
- W4311140959 cites W3013605655 @default.
- W4311140959 cites W3022109049 @default.
- W4311140959 cites W3092609514 @default.
- W4311140959 cites W3104941401 @default.
- W4311140959 cites W3123362887 @default.
- W4311140959 cites W3123999745 @default.
- W4311140959 cites W3125653659 @default.
- W4311140959 cites W3177068938 @default.
- W4311140959 cites W3193868277 @default.
- W4311140959 cites W3196122962 @default.
- W4311140959 cites W335612325 @default.
- W4311140959 cites W4207001762 @default.
- W4311140959 cites W4214824250 @default.
- W4311140959 cites W989480258 @default.
- W4311140959 doi "https://doi.org/10.1016/j.jmst.2022.11.007" @default.
- W4311140959 hasPublicationYear "2023" @default.
- W4311140959 type Work @default.
- W4311140959 citedByCount "5" @default.
- W4311140959 countsByYear W43111409592023 @default.
- W4311140959 crossrefType "journal-article" @default.
- W4311140959 hasAuthorship W4311140959A5006382294 @default.
- W4311140959 hasAuthorship W4311140959A5007077402 @default.
- W4311140959 hasAuthorship W4311140959A5026902132 @default.
- W4311140959 hasAuthorship W4311140959A5059336514 @default.
- W4311140959 hasAuthorship W4311140959A5063258989 @default.
- W4311140959 hasAuthorship W4311140959A5071006086 @default.