先進制造技術（英文版）

《先進制造技術（英文版）》是2013年清華大學出版社出版的圖書，作者是彭偉、肖帆。

圖書簡介

本英文版教材突破了傳統英文教材系統、全面的特點，捨棄了已經套用或普遍開設了獨立課程的內容，如數控加工、CAD/CAM等，增加了有廣泛套用前景或我國製造業發展迫切需要的先進制造技術內容，如綠色製造、物流工程等。每個主題由基本原理和案例分析兩部分組成，以案例分析為切入點，以圖文並茂為表現形式，拓展學生的套用靈感，激發他們的學習興趣。本書可作為機械工程專業高年級本科生和研究生“先進制造技術”的雙語教材和課外讀本。

目錄

CONTENTS

1IndustrialDesign1

Editor:ZHANGLufang

1.1Introduction1

1.1.1TheDefinitionofIndustrialDesign1

1.1.2ResearchFieldsofIndustrialDesign3

1.1.3FeaturesofIndustrialDesign5

1.2DesignFundamentals7

1.2.1DesignandArt7

1.2.2EngineeringFundamental10

1.2.3Ergonomics11

1.2.4ExpressionofDesign18

1.3DesignProcedure23

1.3.1TraditionalProductDevelopingMode23

1.3.2ModernProductDevelopingMode24

1.3.3TheBasisforUCDMethodology24

1.3.4TheAdvantagesandDisadvantagesoftheUCD26

1.4CaseStudies:BreakfastMachine27

Problems28

References29

2ReverseEngineering30

Editor:LIUYunfeng

2.1Introduction30

2.2PrincipleofRE30

2.2.1Conception30

2.2.2GenericProcessofRE32

2.2.3ApplicationAreas32

2.3DataAcquisitionMethods33

2.3.1ContactMethods33

2.3.2NonContactMethods36

2.4DataProcessing38

2.4.1PointsandImagesPhase38

2.4.2PolygonPhase40

2.4.3CurvePhase40

2.4.4NURBSSurfacePhase41

2.5CommercialRESoftwareIntroduction43

2.6CaseStudies44

2.6.1IndustrialApplicationTurbineBladeReconstruction44

2.6.2MedicalApplicationOralandMaxillofacialSurgery48

Problems50

References50

3RapidPrototypingPrinciplesandApplications52

Editor:PENGWei

3.1Introduction52

3.23DSystemsStereolithographyApparatus53

3.2.1CompanyProfile53

3.2.2StereolithographyProcess54

3.2.3SLASystems57

3.2.4AdvantagesandDisadvantages59

3.2.5ApplicationsandUses60

3.3StratasysFusedDepositionModelingSystems60

3.3.1CompanyProfile60

3.3.2FDMProcess61

3.3.3FDMSystems62

3.3.4AdvantagesandDisadvantages65

3.3.5ApplicationsandUses65

3.43DSystemsSelectiveLaserSinteringProcess66

3.4.1CompanyProfile66

3.4.2SLSProcess66

3.4.3SLSSystems67

3.4.4AdvantagesandDisadvantages68

3.4.5ApplicationsandUses69

3.5ZCorporationsThreeDimensionalPrinting70

3.5.1CompanyProfile70

3.5.23DPProcess70

3.5.33DPSystems72

3.5.4AdvantagesandDisadvantages73

3.5.5ApplicationsandUses73

3.6CaseStudies74

3.6.1MedicalApplications74

3.6.2ApplicationsinDevelopingNewProducts76

3.6.3ApplicationsinArchitectureEducation81

Problems82

References82

4ElectricaldischargeandElectrochemicalMachining84

Editor:WANGMinghuan

4.1ElectricalDischargeMachining84

4.1.1Introduction84

4.1.2MechanismofMaterialRemoval84

4.1.3Applications86

4.2ElectrochemicalMachining90

4.2.1Introduction90

4.2.2TheoryofECM91

4.2.3ECMEquipment92

4.2.4ProcessControl96

4.2.5Applications96

4.3CaseStudies101

4.3.1FabricationofMicroElectrode101

4.3.2ElectrochemicalMachiningofMicroHoleandMicroSlut101

4.3.3ElectrochemicalMachiningofInternalTurbulatorinCoolingHole102

Problems103

References103

5HowtheLaserWorks105

Editors:YAOJianhua,ZHANGQunli

5.1Introduction105

5.1.1Monochromaticity106

5.1.2Directionality107

5.1.3Coherence110

5.2LaserSurfaceModification111

5.2.1LaserQuenching111

5.2.2LaserCladding111

5.2.3LaserAlloying114

5.3LaserWelding114

5.3.1ProcessArrangement115

5.3.2OperatingCharacteristics115

5.3.3Applications116

5.4LaserCutting116

5.4.1CuttingProcess116

5.4.2MethodsofCutting117

5.4.3CharacteristicsofLaserCutting123

5.5OtherApplicationsofLaserTechnology124

5.5.1LaserSurfaceTexturing124

5.5.2LaserChemicalVaporDeposition125

5.6CaseStudies126

5.6.1LaserQuenching126

5.6.2LaserCladding126

5.6.3LaserAlloying127

5.6.4LaserWelding127

5.6.5LaserCutting128

Problems129

References129

6Nanotechnology131

Editors:XIAOFan,NIHao

6.1Introduction131

6.2WhatisNanotechnology?131

6.2.1HowItStarted?132

6.2.2HowSmallIsaNanometer?133

6.3WhyIsNanotechnology?134

6.3.1LargertoSmaller:QuantumRealm134

6.3.2SurfacesandInterfaces135

6.4HowtoBuildSomethingSoSmall?136

6.4.1WorkingattheNanoscale136

6.4.2ManufacturingattheNanoscale138

6.4.3Nanomanufacturing140

6.5CaseStudies141

6.5.1EverydayMaterialsandProcesses141

6.5.2ElectronicsandInformationTechnologyApplications143

6.5.3SustainableEnergyApplications147

6.5.4EnvironmentalRemediationApplications148

6.5.5Nanobiosystems,Medical,andHealthApplications148

6.6TheRegulationofNanotechnology149

6.7Conclusion150

Problems150

References150

7Biomanufacturing153

Editor:XIAOFan

7.1Introduction153

7.2WhatisBiomanufacturing?153

7.3SpecialtyAreasofBiomanufacturing155

7.3.1Biotechnology155

7.3.2Bioengineering155

7.3.3Biodetection156

7.3.4Biomaterials157

7.3.5Biocomputation158

7.3.6Bioenergy159

7.4CaseStudies160

7.4.1MagneticResonanceImaging160

7.4.2ArtificialJoints161

7.4.3HeartPacemaker162

7.4.4Angioplasty163

7.4.5BionicHand163

7.4.6BioengineeredSkin164

7.4.7HeartLungMachine166

7.4.8Biosensor167

7.5HowAreCustomisedImplantsMadebyBiomanufacturing?167

7.5.1IntroductionofTissueEngineering167

7.5.2RapidPrototypingandManufacturingTechniques168

7.5.3CustomisedImplantsforBoneReplacement170

7.6Conclusion171

Problems172

References172

8IndustrialRobots175

Editor:YANGQinghua

8.1Introduction175

8.2RobotComponents176

8.2.1Manipulator176

8.2.2Actuators179

8.2.3Sensors185

8.3ClassificationofRobot187

8.3.1CartesianRobots188

8.3.2CylindricalRobots189

8.3.3SphericalRobots190

8.3.4SCARARobots191

8.3.5ArticulatedRobots192

8.4CaseStudies192

8.4.1WeldingRobot192

8.4.2PaintingRobot194

8.4.3AssemblyRobot194

Problems194

References195

9LogisticsEngineering197

Editor:ZHANYan

9.1Introduction197

9.1.1DefinitionofLogistics197

9.1.2RoleofLogistics198

9.1.3CurrentLogisticsRelatedIssues199

9.2InventoryManagement200

9.2.1DefinitionandFunctions200

9.2.2BusinessInventory200

9.2.3TechniquesforDeterminingHowMuchandWhentoOrder201

9.3Procurement&Warehousing202

9.3.1ProcurementProcess203

9.3.2NewDevelopmentsofProcurement204

9.3.3PurposeofWarehouse204

9.3.4WarehouseManagement205

9.4SupplyChainManagement205

9.4.1DefiningSupplyChainManagement205

9.4.2SpecificBenefitsfromSupplyChainManagementTechnologies206

9.4.3FutureTrendsinSupplyChainManagement207

9.5CaseStudies208

9.5.1TheBasicEOQModelswithIntegerLotSize208

9.5.2InventoryControlBasedonAccumulatingLotsizeDisposalModel209

9.5.3TheRelocationofaHybridManufacturing/DistributionFacility212

Problems216

References216

10EnvironmentConsciousManufacturing218

Editor:PENGWei

10.1Introduction218

10.2BasicsofIndustrialMetabolism219

10.2.1SystemsTheory219

10.2.2Ecosystem220

10.2.3Technosystem220

10.2.4ProductionandConsumption222

10.2.5VerticalDisaggregation224

10.3ProductDesignfortheEnvironment227

10.3.1Introduction227

10.3.2ProductDesignandtheEnvironment228

10.3.3LifeCycleConceptandEnvironmentalProtection232

10.4ReverseLogistics:TheCaseoftheComputerIndustry240

10.4.1Introduction240

10.4.2EWaste241

10.4.3WhatIsReverseLogistics?242

10.5EnvironmentalStandardsandRegulationsofProducts246

10.5.1EnvironmentalStandards246

10.5.2ProductCertificationandLabeling248

10.5.3ExtensionofProducerResponsibility249

10.5.4WEEEDirective250

10.5.5RoHSDirective251

10.5.6EcodesignDirective252

10.6CaseStudies254

10.6.1Case1:NokiasPrinciplesandStrategies254

10.6.2Case2:LenovoEnvironmentalReport2007:AStatementofEnvironmentalCommitment257

Problems259

References259