Physical Metallurgy: Principles and Design - 1st Edition

Physical metallurgy is one of the main fields of metallurgical science dealing with the development of the microstructure of metals in order to achieve ... Enlarge Enlarge SAVE£12.00 1stEdition PhysicalMetallurgy PrinciplesandDesign ByGregoryN.Haidemenopoulos CopyrightYear2018 Hardback £120.00 eBook £108.00 Anyrelevantsalestaxwillbeappliedduringthecheckoutprocess. ISBN9781138627680 Published February8,2018 by CRCPress 490Pages 329B/WIllustrations ISBN9781315211220 Published February7,2018 by CRCPress 490Pages 329B/WIllustrations RequestInspectionCopy AvailableonTaylor&FranciseBooks AvailableonTaylor&FranciseBooks Previewthistitle Previewthistitle FREEStandardShipping Format Hardback VitalSourceeBook Quantity GBP£120.00 WhatareVitalSourceeBooks? 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Close Close Close SkipProductMenu BookDescription TableofContents Author(s) Reviews InstructorResources SupportMaterial BookDescription Physicalmetallurgyisoneofthemainfieldsofmetallurgicalsciencedealingwiththedevelopmentofthemicrostructureofmetalsinordertoachievedesirablepropertiesrequiredintechnologicalapplications.PhysicalMetallurgy:PrinciplesandDesignfocusesontheprocessing–structure–propertiestriangleasitappliestometalsandalloys.Itintroducesthefundamentalprinciplesofphysicalmetallurgyandthedesignmethodologiesforalloysandprocessing.Thefirstpartofthebookdiscussesthestructureandchangeofstructurethroughphasetransformations.Thelatterpartofthebooksdealswithplasticdeformation,strengtheningmechanisms,andmechanicalpropertiesastheyrelatetostructure.Thebookalsoincludesachapteronphysicalmetallurgyofsteelsandconcludesbydiscussingthecomputationaltools,involvingcomputationalthermodynamicsandkinetics,toperformalloyandprocessdesign. TableofContents Chapter1Introduction 1.1WhatisPhysicalMetallurgy 1.2TheAimoftheBook 1.3WhoShouldReadthisBook 1.4BookStructure 1.5HowtoReadtheBook Chapter2StructureofMetals 2.1Introduction 2.2Crystallinevs.AmorphousMaterials 2.3TheCrystalLattice 2.4TheCrystalStructureofMetals 2.5Allotropy 2.6CrystalStructureEffects 2.7SolidSolutions 2.8IntermetallicCompoundsandIntermediatePhases 2.9AFirstLookattheMicrostructureofAlloys 2.10ThermodynamicsandKineticsofStructure 2.11Synopsis 2.12ReviewQuestions Chapter3StructuralImperfections 3.1Introduction 3.2PointDefects 3.3LinearImperfections–Dislocations 3.4Interfaces 3.5Synopsis 3.6ReviewQuestions Chapter4AlloyThermodynamicsandPhaseDiagrams 4.1Introduction 4.2FreeEnergyofPne-componentSystems(PureMetals) 4.3FreeEnergyofSolidSolutions 4.4ChemicalPotentialandThermodynamicEquilibrium 4.5TheGibbsPhaseRule 4.6EquilibriumPhaseDiagramsinBinarySystems 4.7ExamplesofPhaseDiagrams 4.8Casestudy:SolderAlloys–ThePb-SnPhaseDiagram 4.9Synopsis 4.10ReviewQuestions Chapter5Diffusion 5.1Introduction 5.2DiffusionMechanisms 5.3Fick’sFirstLawofDiffusion–TheDiffusionCoefficient 5.4RandomWalkandDiffusion 5.5Fick’sSecondLawofDiffusion 5.6TemperatureDependenceofDiffusion 5.7ThermodynamicsandDiffusion 5.8SubstitutionalDiffusion 5.9IrreversibleThermodynamicsandDiffusion 5.10EffectsofDiffusion 5.11AnalyticalSolutionstotheDiffusionEquation 5.12NumericalMethods–ComputationalKinetics 5.13Synopsis 5.14ReviewQuestions Chapter6PhaseTransformations 6.1Introduction 6.2NucleationandGrowthTransformations(NGT) 6.3Nucleation 6.4Growth 6.5OverallrateofConcurrentNucleationandGrowth 6.6Coarsening 6.7ContinuousTransformations 6.8MartensiticTransformations 6.9EffectsofPhaseTransformations 6.10Synopsis 6.11ReviewQuestions Chapter7PlasticDeformationandAnnealing 7.1Introduction 7.2MechanismsofPlasticDeformation 7.3DeformationofSingleCrystalsbySlip 7.4DeformationinPolycrystals 7.5StrainHardening 7.6MechanicalTwinning 7.7Annealing 7.8TextureinPolycrystallineMetals 7.9Synopsis 7.10ReviewQuestions Chapter8StrengtheningMechanisms 8.1Introduction 8.2SlipasaThermallyActivatedProcess 8.3OverviewofStrengtheningMechanisms 8.4LatticeResistance 8.5SolidSolutionStrengthening 8.6GrainBoundaryStrengthening 8.7PrecipitationStrengthening 8.8ImplicationsofStrengtheningMechanisms 8.9Synopsis 8.10ReviewQuestions Chapter9Fracture,FatigueandCreepofMetals 9.1Introduction–MechanicalBehaviorofMetals 9.2Fracture 9.3Fatigue 9.4Creep 9.5Synopsis 9.6ReviewQuestions Chapter10PhysicalMetallurgyofSteels 10.1Introduction 10.2PhasesinSteels 10.3TheFe-CphaseDiagram 10.4AlloyingElementsinSteels 10.5PhaseTransformationsinSteels 10.6Hardenability 10.7TemperingofMartensite 10.8HeatTreatmentofSteel 10.9CaseStudiesinSteels 10.10Synopsis 10.11ReviewQuestions Chapter11AlloyDesign 11.1Introduction 11.2TheAlloyneeringMethodologyforAlloyDesign 11.3SimulationFramework 11.4SimulationExamples 11.5AlloyDesign:MediumMnSteels 11.6ProcessDesign:Multi-passHotRollingofSteels 11.7Synopsis Index ... ViewMore ViewLess Author(s) Biography GregoryN.HaidemenopouloshasbeenProfessorofPhysicalMetallurgyandDirectoroftheLaboratoryofMaterials(LoM)atUniversityofThessaly,Greecesince1992.Hisresearchisconcernedwithprocessing-structure-propertiesinmetallicmaterials,dealingwithtransformationkineticsinTRIPsteels,corrosion-inducedhydrogentrappinginaluminumalloysandrollingcontactfatigueinrails.Morerecentresearchfocusesoncomputationalalloyandprocesssimulationwithapplicationsinthedesignofhomogenizationofextrudablealuminumalloys,thedesignofmedium-MnsteelsandthethermomechanicalprocessdesignofHSLAsteels.Inadditiontoteachingandresearch,Prof.Haidemenopouloshasprovidedconsultingservicestoindustryinthefieldsofprocessdesign,failureanalysis,materialsselectionandcorrosioncontrol. Prof.HaidemenopouloshassupervisedseveralPhDstudentsandhasearnedtheUniversityofThessaly'sMechanicalEngineeringDepartmentalBestTeachingAwardfortheyears2007,2008,2009,2011,2014,and2015.HeisMemberofEditorialBoardofTheOpenCorrosionJournalandInternationalJournalofMetallurgicalandMaterialsEngineering,published10bookchapters,70papersinrefereedjournals,andpresentedmanykeynoteandinvitedlecturesworldwide.Prof.HaidemenopoulosreceivedhisPhDinMetallurgy,MScinMetallurgy,andMScinNavalArchitectureandMarineEngineeringfromMIT. Reviews "ThenewtextbookbyProfessorHaidemenopoulosservesasacomprehensiveintroductiontothephysicalmetallurgyofmetals.Thephenomenaaredescribedinaconceptionalanddemonstrativemanner;alinktorealmaterialsapplicationiselaboratedformanypossibleapplications.Itisespeciallyworthmentioningthattheconsequentnumericaldescriptionofthefundamentaldesignprinciplesofmetalsofferstheentranceforphysics-basedmodellingofmaterialsandprocesses."—WolfgangBleck,RWTHAachenUniversity,Germany "ThebookbyHaidemenopolousisanup-to-datebookonthephysicalmetallurgyofmetals.Itcoversthewell-knowntopicsofphasetransformationsunderequilibriumandnon-equilibriumconditions,aswellasthestrengtheningmechanismandthewayitcanbeusedduringmetalproductionortreatment.ThelastchapteronAlloyDesignisaniceintegrationoftheconceptsexplainedandtakesthebookfromthelevelofexplainingwhatisknownalreadytothelevelof(thestartof)atoolboxtoredesignnewalloysbasedonconceptualthinking."—SybrandvanderZwaag,DelftUniversityofTechnology,Netherlands "Althoughthisspecialisedtextis–firstandforemost–aimedatupwardlymobilestudentsstudyingwithamaterialssciencedepartment,theauthorcordiallyinvitesotherstoreadthisbookandcategoricallystates(page2)thathisaimistohelpreaders(ofotherpersuasions)tounderstandthebehaviourofmetalssubjectedtomechanicaland/orthermomechanicalloads.…[a]usefulwell-organisedauthoritativebook.Allwhoarestudyingstrengthofmaterialsasacoresubjectwillalsofindmuchinthisbookthatisdirectlyrelevanttotheirstudies." ––PeterC.Gasson,CEng,MIMechE,FRAeS,TheAeronauticalJournal,October2020 RelatedTitles RelatedSubjects Metals&Alloys Mechanics MaterialsProperties Mechanics MaterialsScience Metals&Alloys Weusecookiestoimproveyourwebsiteexperience.Tolearnhowtomanageyourcookiesettings,pleaseseeourCookiePolicy.Bycontinuingtousethewebsite,youconsenttoouruseofcookies. 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