国际生产工程科学院第17届生命周期工程会议:论文集(2010年)(英文版)
出版时间:
2010-05
版次:
1
ISBN:
9787565001864
定价:
528.00
装帧:
平装
开本:
16开
纸张:
胶版纸
页数:
428页
字数:
712千字
正文语种:
英语
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Inthepastthreedecades,theworldhasbeenexperiencingsignificantchangesintermsofeconomicalstructureandenvironmentalaffectstotheearth.Fromthe1980'swithrapiddevelopmentofJapaneseeconomy,largeamountofhouseholdelectronicsandappliancesareproducedandwidelyexportedtotheworld.Whileweenjoythebenefitsfromtheelectronicproducts,wegraduallystartedtofacethechallengeofdealingwiththeend-of-lifeelectronicproducts.Inthe1990's,economyofU.S.surpassedJapaneseandstartedtoleadtheworldintotheInternetera.WiththerevolutionarydevelopmentofInternetandIntranettechnology,personalcomputersandITproductsdramaticallyfillintheentireworld.Atthetime,humanbeingswerefacedwiththechallengeofhowwecandisposetheend-of-lifeelectronicswhichcontainlargeamountofnoblemetalsandnon-degradabletoxicmaterials.Theworld-widelandfillisdiminishing,almostuncountableproductsarerollingoutproductionlineseveryday,natureresourcesaresignificantlyreducing,andclimatechanginghasstunnedussuddenly. TableofContents
LifeCycleAssessment,Engineering,AndManagement
Assessmentofenvironmentalimpactsofrareearthelements:AnLCAapproach
Researchonlifecycleassessmentdatabasemodelforelectromechanicalproducts
Evaluationoffourtoolsforenvironmentalimpactlifecycleassessmentinsustainableproductdevelopment
ChallengesFacingEngineersinEvaluatingLifeCycleImpactsofEmergingTechnologies
EnergyEfficiencyinManufacturingPerspectivesfromAustraliaandEurope
AComputationMethodofFactorXIndicatorbyUsingtheLifeCycleConcept
Environmentalbenefitsofpartsremanufacturing:thetruckinjectorcase
DevelopmentofHomeApplianceLCASoftwareforSMES
Temporaldiscountingforlifecycleassessment:perspectivesandmechanisms
Developmentofamethodologyforrealfielddata-basedLCA
SimulationMethodsUsedinLCA:ImportantConceptsandPractice
Energysavingproductdevelopment
Cradle-to-GateEmbodiedEnergyofProducts
EvaluatingLifeCycleGreenhouseGasEmissionsandEnergyConsumptionofA1IntensiveVehicleinChina
Methodologytoassesstheenergyconsumptionofcuttingmachinetools
AssessmentofLifeCycleImpactsandIntegratedEvaluationConceptforEquipmentInvestment
ATRIZBasedEco-innovativeDesignMethodforEnergySavingProducts
Energy-savingOptimalDesignBasedonTransferFunction
Simulation-basedEnergyFlowEvaluationforSustainableManufacturingSystems
LifecycleImpactReductionandEnergySavingsthroughLightWeightEco-DesignofMachineTools
EnergyandResourceConsumptionofCuttingProcessesHowProcessParameterVariationscanOptimisetheTotalProcessEfficiency
EnergyConsumptionAssessmentandOptimisationintheDesignandUsePhaseofMachineTools
TheGreenDesignMethodofHouseholdElectricalAppliancesBasedonEnergyEfficiencyLabel
AProposedMethodtoStudytheLife-cycleEnergyConsumptionoftheAutomotiveIndustry
SustainableManufacturing
IntelligentVehicleSchedulingforServiceDeliveryinIndustrialProduct-ServiceSystems
HowcanProduct-ServiceSystemsenableRemanufacturing?
ProposalofanExtendedProcessModel
AssessmentofReverseSupplyChainDesignsbasedonReferenceBusinessProcesses
Digitalmanufacturingsupportingintegratedimprovementofproductsandproductionsystems
FuzzyModelforOptimizationofToolingProcess
Newbusinessmodelsfortoolingcompaniesbasedonintelligentinjectionmolds
AStudyontheEco-PerformanceofPlasticsintheInjectionMoldingProcess
AnalysisofEco-efficiencyofCeramicsManufacturingProcessesforSiliconNitride
ReviewandFutureofSustainableManufacturing
AppropriateuseofGreenManufacturingFrameworks
Eco-designandEco-innovation
Reliabilityanalysisonindustrialsynergisticsystems-Lagny-sur-Marneasacasestudy
AnIncompleteInformationStructureandItsRepresentationModeloftheUsedPartsforRemanufacturing
DictionaryofElementaryEffects:ANewApproachforIntegrationofEnvironmental
ConsiderationsintheProductDesignProcess
Eco-efficientmethodology
WeightReductionDesignofTransmissionPartsRotatingAroundFixedAxis
ACladisticandTRIZ-basedApproachforEnhancingDecisionMakinginTechnologyandInnovationManagement
Concurrentapproachformultipleeco-functiondesign
DevelopmentofaFrameworkforSustainableConceptualDesign
ResearchonMethodofGreenProductScenariosSelection
Eco-Innovation:ManagingEco-ProductDesign&Innovation
ComparisonofEco-DesignToolsfortheConceptualDesignPhase
ATemplatetoAcquireRequirementsofCustomersinEco-design
RedesignofModularProductArchitectureforEfficientResourceRecovery
Amethodhelpingtodefineeco-innovativesystems(ProductArchitecture+ReverseSupplyChainstructure+UseCyclesScenario)
Reuse,remanufactureandrecycling
PolygonalModelbasedVertexRegenerationMethodforRefurbishmentofWornParts
OptimalDisassemblyandRecyclingProcessforEOLElectronicProductsunderBi-criteria
CompressorCase-openingEquipmentBasedonSelf-teaching
LifeCycleMaintenanceinCombinationwithReuseApplicationtovalveactuatorsforreducinglifecyclecostandenvironmentalload
DevelopmentandApplicationofUnsolderingEquipmentforPrintedCircuitBoardsScraps
ExtractionofSomeTypicalTopologyStructuresandSimplificationaboutProductsDismantlingModel
MethodofDisassemblyInformationAcquisitionandAutomaticModelingBasedonUG
Productdisassemblydirectedgraphmodelbasedonbasicelementandclassificationconstraints
DevelopmentofanEconomicallySustainableRecyclingProcessfortheFootwearSector
DesignandAnalysisofShapeMemoryPolymerSnap-FitsforActiveDisassembly
ImpactingConsumerEnd-of-LifeProductReturnDecisionswithIncentives
RepairandOverhaulMethodologyforWornorDamagedTurbineComponents
Roadmapforend-of-lifestrategies
SustainabilityandSustainablemodels
IntegratingGreenandSustainabilityAspectsintoLifeCyclePerformanceEvaluation
ResearchConceptforSustainableMobilityinMetropolitanAreas
UtilizingQualityFunctionDeploymenttoEvaluateandDesignWastewaterTreatmentSystems
DefiningtheDimensionsofHumanWorkforIndustrialSustainabilityAssessment
DevelopmentOverviewofSustainableManufacturingMetrics
BusinessmodelLifeCycleEvaluation:TwoSuccessfulCaseStudiesintheMachineToolSector
DevelopmentofSustainableSocietyScenarioSimulatorConnectingScenarioswithAssociatedSimulators
Areviewofsustainablemanufacturingmeasurementfromproductlifecycleperspective
Proposalofacause-effectpatternlibraryforrealizingsustainablebusiness
ARelevanceAnalysisMethodtofindConflictsbetweenEventsRelatedtoSustainability
SpecialWorkshop:CO2PE!
EnvironmentalanalysisofSLMandSLSmanufacturingprocesses.
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内容简介:
Inthepastthreedecades,theworldhasbeenexperiencingsignificantchangesintermsofeconomicalstructureandenvironmentalaffectstotheearth.Fromthe1980'swithrapiddevelopmentofJapaneseeconomy,largeamountofhouseholdelectronicsandappliancesareproducedandwidelyexportedtotheworld.Whileweenjoythebenefitsfromtheelectronicproducts,wegraduallystartedtofacethechallengeofdealingwiththeend-of-lifeelectronicproducts.Inthe1990's,economyofU.S.surpassedJapaneseandstartedtoleadtheworldintotheInternetera.WiththerevolutionarydevelopmentofInternetandIntranettechnology,personalcomputersandITproductsdramaticallyfillintheentireworld.Atthetime,humanbeingswerefacedwiththechallengeofhowwecandisposetheend-of-lifeelectronicswhichcontainlargeamountofnoblemetalsandnon-degradabletoxicmaterials.Theworld-widelandfillisdiminishing,almostuncountableproductsarerollingoutproductionlineseveryday,natureresourcesaresignificantlyreducing,andclimatechanginghasstunnedussuddenly.
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目录:
TableofContents
LifeCycleAssessment,Engineering,AndManagement
Assessmentofenvironmentalimpactsofrareearthelements:AnLCAapproach
Researchonlifecycleassessmentdatabasemodelforelectromechanicalproducts
Evaluationoffourtoolsforenvironmentalimpactlifecycleassessmentinsustainableproductdevelopment
ChallengesFacingEngineersinEvaluatingLifeCycleImpactsofEmergingTechnologies
EnergyEfficiencyinManufacturingPerspectivesfromAustraliaandEurope
AComputationMethodofFactorXIndicatorbyUsingtheLifeCycleConcept
Environmentalbenefitsofpartsremanufacturing:thetruckinjectorcase
DevelopmentofHomeApplianceLCASoftwareforSMES
Temporaldiscountingforlifecycleassessment:perspectivesandmechanisms
Developmentofamethodologyforrealfielddata-basedLCA
SimulationMethodsUsedinLCA:ImportantConceptsandPractice
Energysavingproductdevelopment
Cradle-to-GateEmbodiedEnergyofProducts
EvaluatingLifeCycleGreenhouseGasEmissionsandEnergyConsumptionofA1IntensiveVehicleinChina
Methodologytoassesstheenergyconsumptionofcuttingmachinetools
AssessmentofLifeCycleImpactsandIntegratedEvaluationConceptforEquipmentInvestment
ATRIZBasedEco-innovativeDesignMethodforEnergySavingProducts
Energy-savingOptimalDesignBasedonTransferFunction
Simulation-basedEnergyFlowEvaluationforSustainableManufacturingSystems
LifecycleImpactReductionandEnergySavingsthroughLightWeightEco-DesignofMachineTools
EnergyandResourceConsumptionofCuttingProcessesHowProcessParameterVariationscanOptimisetheTotalProcessEfficiency
EnergyConsumptionAssessmentandOptimisationintheDesignandUsePhaseofMachineTools
TheGreenDesignMethodofHouseholdElectricalAppliancesBasedonEnergyEfficiencyLabel
AProposedMethodtoStudytheLife-cycleEnergyConsumptionoftheAutomotiveIndustry
SustainableManufacturing
IntelligentVehicleSchedulingforServiceDeliveryinIndustrialProduct-ServiceSystems
HowcanProduct-ServiceSystemsenableRemanufacturing?
ProposalofanExtendedProcessModel
AssessmentofReverseSupplyChainDesignsbasedonReferenceBusinessProcesses
Digitalmanufacturingsupportingintegratedimprovementofproductsandproductionsystems
FuzzyModelforOptimizationofToolingProcess
Newbusinessmodelsfortoolingcompaniesbasedonintelligentinjectionmolds
AStudyontheEco-PerformanceofPlasticsintheInjectionMoldingProcess
AnalysisofEco-efficiencyofCeramicsManufacturingProcessesforSiliconNitride
ReviewandFutureofSustainableManufacturing
AppropriateuseofGreenManufacturingFrameworks
Eco-designandEco-innovation
Reliabilityanalysisonindustrialsynergisticsystems-Lagny-sur-Marneasacasestudy
AnIncompleteInformationStructureandItsRepresentationModeloftheUsedPartsforRemanufacturing
DictionaryofElementaryEffects:ANewApproachforIntegrationofEnvironmental
ConsiderationsintheProductDesignProcess
Eco-efficientmethodology
WeightReductionDesignofTransmissionPartsRotatingAroundFixedAxis
ACladisticandTRIZ-basedApproachforEnhancingDecisionMakinginTechnologyandInnovationManagement
Concurrentapproachformultipleeco-functiondesign
DevelopmentofaFrameworkforSustainableConceptualDesign
ResearchonMethodofGreenProductScenariosSelection
Eco-Innovation:ManagingEco-ProductDesign&Innovation
ComparisonofEco-DesignToolsfortheConceptualDesignPhase
ATemplatetoAcquireRequirementsofCustomersinEco-design
RedesignofModularProductArchitectureforEfficientResourceRecovery
Amethodhelpingtodefineeco-innovativesystems(ProductArchitecture+ReverseSupplyChainstructure+UseCyclesScenario)
Reuse,remanufactureandrecycling
PolygonalModelbasedVertexRegenerationMethodforRefurbishmentofWornParts
OptimalDisassemblyandRecyclingProcessforEOLElectronicProductsunderBi-criteria
CompressorCase-openingEquipmentBasedonSelf-teaching
LifeCycleMaintenanceinCombinationwithReuseApplicationtovalveactuatorsforreducinglifecyclecostandenvironmentalload
DevelopmentandApplicationofUnsolderingEquipmentforPrintedCircuitBoardsScraps
ExtractionofSomeTypicalTopologyStructuresandSimplificationaboutProductsDismantlingModel
MethodofDisassemblyInformationAcquisitionandAutomaticModelingBasedonUG
Productdisassemblydirectedgraphmodelbasedonbasicelementandclassificationconstraints
DevelopmentofanEconomicallySustainableRecyclingProcessfortheFootwearSector
DesignandAnalysisofShapeMemoryPolymerSnap-FitsforActiveDisassembly
ImpactingConsumerEnd-of-LifeProductReturnDecisionswithIncentives
RepairandOverhaulMethodologyforWornorDamagedTurbineComponents
Roadmapforend-of-lifestrategies
SustainabilityandSustainablemodels
IntegratingGreenandSustainabilityAspectsintoLifeCyclePerformanceEvaluation
ResearchConceptforSustainableMobilityinMetropolitanAreas
UtilizingQualityFunctionDeploymenttoEvaluateandDesignWastewaterTreatmentSystems
DefiningtheDimensionsofHumanWorkforIndustrialSustainabilityAssessment
DevelopmentOverviewofSustainableManufacturingMetrics
BusinessmodelLifeCycleEvaluation:TwoSuccessfulCaseStudiesintheMachineToolSector
DevelopmentofSustainableSocietyScenarioSimulatorConnectingScenarioswithAssociatedSimulators
Areviewofsustainablemanufacturingmeasurementfromproductlifecycleperspective
Proposalofacause-effectpatternlibraryforrealizingsustainablebusiness
ARelevanceAnalysisMethodtofindConflictsbetweenEventsRelatedtoSustainability
SpecialWorkshop:CO2PE!
EnvironmentalanalysisofSLMandSLSmanufacturingprocesses.
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