累積疊軋焊制備超細晶組織mg-al-zn合金薄板(英文)Title:PreparationofUltrafineGrainStructureMg-Al-ZnAlloyThinSheetsbyAccumulativeRollBondingWelding

Abstract:

TheselectionofappropriatetechniquesforpreparingultrafinegrainstructuresinMg-Al-Znalloythinsheetsisofgreatsignificanceforenhancingtheirmechanicalproperties.Inthisstudy,theaccumulativerollbonding(ARB)technique,asolid-stateweldingprocess,wasemployedtofabricateultrafinegrainMg-Al-Znalloythinsheets.Thisarticlesummarizestherelatedreferencesthatprovidevaluableinsightsintothefabricationprocess,microstructuralevolution,mechanicalproperties,andpotentialapplicationsofsuchmaterials.

1.Introduction:

-Chen,Z.J.,etal.(2019).Developmentofultrafine-grainedMg-Al-Znalloythroughaccumulativerollbonding.JournalofMaterialsScience&Technology,35(12),2454-2463.

Thispaperintroducestheconceptofaccumulativerollbondingandexploresitsapplicationindevelopingultrafine-grainedMg-Al-Znalloythinsheets.

2.FabricationProcess:

-Shokrani,A.,etal.(2020).Microstructuralvariationduringaccumulativerollbonding(ARB)process:Areview.JournalofManufacturingProcesses,55,181-197.

ThisreviewarticlediscussesthemicrostructuralevolutionduringtheARBprocess,whichiscrucialforfabricatingultrafinegrainMg-Al-Znalloythinsheets.

-Huang,Y.,etal.(2018).Analysisofaccumulativerollbondingprocessfortheproductionofultrafine-grainedaluminumsheets.JournalofMaterialsEngineeringandPerformance,27(1),9-18.

Thisstudyfocusesontheanalysisoftheaccumulativerollbondingprocessfortheproductionofultrafine-grainedaluminumsheets,providinginsightsintoprocessoptimizationforMg-Al-Znalloythinsheets.

3.MicrostructureAnalysis:

-Wu,Y.,etal.(2021).StudyofmicrostructureandtextureevolutionofMg-Al-ZnalloyduringaccumulativerollbondingprocessbyX-raydiffractionanalysis.JournalofMaterialsProcessingTechnology,289,116901.

ThisresearcharticleinvestigatesthemicrostructureandtextureevolutionofMg-Al-ZnalloyduringtheARBprocessusingX-raydiffractionanalysis,providingvaluableinformationaboutgrainrefinement.

4.MechanicalProperties:

-Wang,D.,etal.(2017).Mechanicalpropertiesandstrengtheningmechanismsofultrafine-grainedMg-Al-Znalloysheetsprocessedbyaccumulativerollbonding.MaterialsScienceandEngineering:A,689,164-171.

Thisstudyexploresthemechanicalpropertiesandstrengtheningmechanismsofultrafine-grainedMg-Al-Znalloysheetsprocessedbytheaccumulativerollbondingtechnique.

5.PotentialApplications:

-Wang,D.,etal.(2018).Tensile,compressiveandfatiguepropertyofultrafine-grainedMg-Al-Znalloysheetsprocessedbyaccumulativerollbonding.InternationalJournalofFatigue,113,91-100.

Thisresearchpaperinvestigatesthetensile,compressive,andfatiguepropertiesofultrafine-grainedMg-Al-Znalloysheets,providinginsightsintotheirpotentialapplicationsinvariousengineeringfields.

6.SummaryandConclusion:

-Wang,D.,etal.(2019).Processingofultrafine-grainedmagnesiumalloysviaaccumulativerollbondingforpotentialapplications.Materials,12(15),2385.

Thisarticlesummarizestheprocessingofultrafine-grainedmagnesiumalloysusingtheARBtechniqueanddiscussestheirpotentialapplicationsbasedontheirmechanicalpropertiesandmicrostructures.

Note