I Mpleasedtobepeer-Reviewersandjoinyoureditorialboard(Organizingcommittee)Foryourjournal

Dearorganizer,

Thanksforyourinvitationofarticlesparticipation.

I’mpleasedtobepeer-reviewersandjoinyoureditorialboard(Organizingcommittee)foryourjournal.

Myresearchfieldsinvolvethebiomedicaltitaniumalloyprocessing/characterization,surfacemodification,mechanical/corrosion/biocompatibilityproperty.

Myresearchiscurrentlyaboutelectropulsing-assistedprocessingandcharacterizationoftitaniumalloy.Electropulsingultrasonicstrikingandelectropulsing-inducedtopographicaloxidationhavebeenalsobroughtintomodifythematerialssurfaceforimprovingthemicrohardness,corrosionresistanceandbiocompatibilitywiththehelpofnanocrystallizationandnanostructuredoxide.

Myresearchinterestsincludegreenmaterialsprocessing,surfacecoating,nanomaterials,energymaterialsandbiomaterials.

Thefollowingsaremypublicationlist:

References

[1]X.Ye,J.Kuang,X.Li,G.Tang.Microstructure,propertiesandtemperatureevolutionofelectro-pulsingtreatedfunctionallygradedTi–6Al–4Valloystrip.JAlloyCompd.599(2014)1-9.

[2]X.Ye,G.Tang,G.Song,J.Kuang.Effectofelectropulsingtreatmentonthemicrostructure,texture,andmechanicalpropertiesofcold-rolledTi–6Al–4Valloy.JMaterRes.29(2014)1500-12.

[3]X.Ye,X.Li,G.Song,G.Tang.Effectofrecoveringdamageandimprovingmicrostructureinthetitaniumalloystripunderhigh-energyelectropulses.JAlloyCompd.616(2014)173-83.

[4]Y.Xiaoxin,Z.T.H.Tse,T.Guoyi.MechanicalpropertiesandtensilefractureofTi-Al-Valloystripunderelectropulsing-inducedphasechange.JMaterRes.(2014)doi:10.1557/jmr.2014.367.

[5]X.Ye,Z.T.H.Tse,G.Tang,G.Song.Effectofhigh-energyelectropulsingonthephasetransitionandmechanicalpropertiesoftwo-phasetitaniumalloystrips.AdvEngMater.(2014)doi:10.1002/adem.201400273.

[6]X.Ye,Y.Ye,G.Tang.Effectofelectropulsingtreatmentandultrasonicstrikingtreatmentonthemechanicalpropertiesandmicrostructureofbiomedicalti-6Al-4Valloy.JournaloftheMechanicalBehaviorofBiomedicalMaterials.40(2014)287-96.

[7]X.Ye,T.Liu,Y.Ye,H.Wang,G.Tang,G.Song.EnhancedgrainrefinementandmicrohardnessofTi–Al–Valloybyelectropulsingultrasonicshock.JAlloyCompd.621(2015)66-70.

[8]X.Ye,Z.T.H.Tse,G.Tang,G.Song.Effectofelectroplasticrollingondeformability,mechanicalpropertyandmicrostructureevolutionofTi–6Al–4Valloystrip.MaterCharact.98(2014)147-61.

[9]X.Ye,Y.Yang,G.Tang.Microhardnessandcorrosionbehaviorofsurfacegradientoxidecoatingonthetitaniumalloystripsunderhighenergyelectro-pulsingtreatment.SurfaceandCoatingsTechnology.258(2014)467-84.

[10]X.Ye,Z.T.H.Tse,G.Tang,Y.Geng,G.Song.InfluenceofelectropulsingglobularizationonthemicrostructureandmechanicalpropertiesofTi–6Al–4Valloystripwithlamellarmicrostructure.MaterialsScienceandEngineering:A.622(2015)1-6.

[11]X.Ye,Z.T.H.Tse,G.Tang,G.Song.Mechanicalpropertiesandphasetransitionofbiomedicaltitaniumalloystripswithinitialquasi-singlephasestateunderhigh-energyelectropulses.JournaloftheMechanicalBehaviorofBiomedicalMaterials.42(2015)100-15.

[12]X.Ye,Y.Yang,G.Song,G.Tang.Enhancementofductility,weakeningofanisotropybehaviorandlocalrecrystallizationincold-rolledTi-6Al-4Valloystripsbyhigh-densityelectropulsingtreatment.AppliedPhysicsA.117(2014)2251-64.

[13]X.Ye,Z.T.H.Tse,G.Tang,G.Song.TheeffectofelectropulsinginducedgradienttopographicoxidecoatingofTi–Al–Valloystripsonthefibroblastadhesionandgrowth.SurfaceandCoatingsTechnology.261(2015)213-8.

[14]X.Ye,G.Tang.Effectofcouplingasynchronousacoustoelectriceffectsonthecorrosionbehavior,microhardnessandbiocompatibilityofbiomedicaltitaniumalloystrips.JournalofMaterialsScience:MaterialsinMedicine.26(2015)1-15.

[15]X.Ye,L.Wang,Z.T.H.Tse,G.Tang,G.Song.Effectsofhigh-energyelectro-pulsingtreatmentonmicrostructure,mechanicalpropertiesandcorrosionbehaviorofTi-6Al-4 Valloy.MaterialsScienceandEngineering:C.(2015)doi:10.1016/j.msec.2015.01.081.

[16]J.Kuang,X.Li,X.Ye,J.Tang,H.Liu,J.Wang,G.Tang.MicrostructureandTextureEvolutionofMagnesiumAlloysDuringElectropulseTreatment.MetallurgicalandMaterialsTransactionsA.(2015)1-16.

Bestregards

I’msincerelylookingforwardtoyourreply.

Bestwishes,

Yourssincerely,

======

XiaoxinYe

E-mail：

Organization:

DepartmentofCompositeMaterialsProcessing,JoiningandWeldingInstitute(JWRI),OsakaUniversity

DepartmentofMaterialsScienceandEngineering,TsinghuaUniversity