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- Pseudoelasticity abstract "Pseudoelasticity, sometimes called superelasticity, is an elastic (reversible) response to an applied stress, caused by a phase transformation between the austenitic and martensitic phases of a crystal. It is exhibited in shape-memory alloys. Pseudoelasticity is from the reversible motion of domain boundaries during the phase transformation, rather than just bond stretching or the introduction of defects in the crystal lattice (thus it is not true superelasticity but rather pseudoelasticity). Even if the domain boundaries do become pinned, they may be reversed through heating. Thus, a pseudoelastic material may return to its previous shape (hence, shape memory) after the removal of even relatively high applied strains. One special case of pseudoelasticity is called the Bain Correspondence. This involves the austenite/martensite phase transformation between a face-centered crystal lattice (FCC) and a body-centered tetragonal crystal structure (BCT).Superelastic alloys belong to the larger family of shape-memory alloys. When mechanically loaded, a superelastic alloy deforms reversibly to very high strains - up to 10% - by the creation of a stress-induced phase. When the load is removed, the new phase becomes unstable and the material regains its original shape. Unlike shape-memory alloys, no change in temperature is needed for the alloy to recover its initial shape.Superelastic devices take advantage of their large, reversible deformation and include antennas, eyeglass frames, and biomedical stents.Nickel Titanium (Nitinol) is an example of an alloy exhibiting superelasticity.".
- Pseudoelasticity wikiPageExternalLink sm8408.pdf.
- Pseudoelasticity wikiPageExternalLink p5906_1.
- Pseudoelasticity wikiPageExternalLink scholar?hl=ja&lr=&q=pseudoelasticity+one-dimensional&lr=.
- Pseudoelasticity wikiPageExternalLink index.php.
- Pseudoelasticity wikiPageID "7626796".
- Pseudoelasticity wikiPageLength "3713".
- Pseudoelasticity wikiPageOutDegree "20".
- Pseudoelasticity wikiPageRevisionID "659159943".
- Pseudoelasticity wikiPageWikiLink Alloy.
- Pseudoelasticity wikiPageWikiLink Antenna_(radio).
- Pseudoelasticity wikiPageWikiLink Austenite.
- Pseudoelasticity wikiPageWikiLink Category:Materials_science.
- Pseudoelasticity wikiPageWikiLink Cubic_crystal_system.
- Pseudoelasticity wikiPageWikiLink Deformation_(mechanics).
- Pseudoelasticity wikiPageWikiLink Elasticity_(physics).
- Pseudoelasticity wikiPageWikiLink Glasses.
- Pseudoelasticity wikiPageWikiLink Martensite.
- Pseudoelasticity wikiPageWikiLink Nickel_titanium.
- Pseudoelasticity wikiPageWikiLink Shape-memory_alloy.
- Pseudoelasticity wikiPageWikiLink Stent.
- Pseudoelasticity wikiPageWikiLink Stress-induced_phase.
- Pseudoelasticity wikiPageWikiLink Stress_(mechanics).
- Pseudoelasticity wikiPageWikiLink Wiktionary:pseudo.
- Pseudoelasticity wikiPageWikiLinkText "Pseudoelasticity".
- Pseudoelasticity wikiPageWikiLinkText "pseudoelasticity".
- Pseudoelasticity wikiPageUsesTemplate Template:Dead_link.
- Pseudoelasticity wikiPageUsesTemplate Template:Reflist.
- Pseudoelasticity subject Category:Materials_science.
- Pseudoelasticity hypernym Response.
- Pseudoelasticity type Disease.
- Pseudoelasticity comment "Pseudoelasticity, sometimes called superelasticity, is an elastic (reversible) response to an applied stress, caused by a phase transformation between the austenitic and martensitic phases of a crystal. It is exhibited in shape-memory alloys. Pseudoelasticity is from the reversible motion of domain boundaries during the phase transformation, rather than just bond stretching or the introduction of defects in the crystal lattice (thus it is not true superelasticity but rather pseudoelasticity).".
- Pseudoelasticity label "Pseudoelasticity".
- Pseudoelasticity sameAs Q846064.
- Pseudoelasticity sameAs Superplasticidad.
- Pseudoelasticity sameAs Effetto_superelastico.
- Pseudoelasticity sameAs 의탄성.
- Pseudoelasticity sameAs m.02673y2.
- Pseudoelasticity sameAs Q846064.
- Pseudoelasticity wasDerivedFrom Pseudoelasticity?oldid=659159943.
- Pseudoelasticity isPrimaryTopicOf Pseudoelasticity.