Phase transformation behaviors and mechanical properties of Ti50Ni49Fe1 alloy with severe plastic deformation-中国期刊网

摘要 Inthiswork,transformationbehaviorsandmechanicalpropertiesofcold-rolledshapememoryalloyTi50Ni49Fe1bysevereplasticdeformation(SPD)wereintensivelyinvestigated.Thephasetransformationbehaviors,phaseanalysis,andmicrostructureswerecharacterizedbydifferentialscanningcalorimetry(DSC),X-raydiffraction(XRD),andtransmissionelectronmicroscopy(TEM),respectively.TensiletestingwasperformedtoanalyzetheeffectofSPDonthemechanicalpropertiesandshapememoryofTi50Ni49Fe1alloy.Whenthethicknessreductionisbeyond30%,themartensitictransformationissuppressed.Aftercold-rolling,thealloyismainlycomposedofB2parentphaseswithsomestress-inducedmartensiticB190phases,andhighdensityofdislocationsaregeneratedandthegrainsareobviouslyrefined.Theyieldstressrbsignificantlyraisesfrom618MPaof0%coldrollingto1,338MPaof50%SPD.Shape-memoryeffectincreasesfrom6.5%withoutcoldrollingto8.5%after30%SPD,ascribedtotheinduceddefectsincoldrolling.ThoseresultsindicatethatTi50Ni49Fe1alloyhasimprovedmechanicalpropertiesandpotentialcommercialapplicationsafterSPD.

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Phase transformation behaviors and mechanical properties of Ti50Ni49Fe1 alloy with severe plastic deformation

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Phase transformation behaviors and mechanical properties of Ti50Ni49Fe1 alloy with severe plastic deformation

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