简介：[篇名]SignificantincreaseinmachinepartdurabilityandlongevityduetothenewpatentedLincarb,LinterprocessandLinheattechnologies，[篇名]Lasersurfacetreatmentofsteels，[篇名]ForecastingofthePhaseTransformationHardenedZoneandGorrelationInfluenceFactorsintheSurfaceHeatTreatmentbyPlasma，[篇名]Fatigueandfracturebehaviorofalasersurfaceheattreatedmartensitichigh-nitrogentoolsteel，[篇名]Theoreticalmodelsofsurfaceheattreatmentofproductsinsolarfurnaces-1:uniformradiant-energyflux。

简介：[篇名]Doublethermochemicaltreatmentintoolmanufacturingfromstructuralsteel，[篇名]Lifetimepredictionofhelicoptergears:experimentalinvestigationsandcomputermodelling，[篇名]Fluidizedbedapparatusesforthermaltreatmentandclassificationofdispersematerials，[篇名]Experimentalrigofthermochemicaltreatmentscraptires，[篇名]Thermochemicaltreatmentofsteel20khuponcyclictemperaturechanges。

简介：[篇名]Relationsbetweenfracturetoughness,hardnessandmicrostructureofvacuumheat-treatedhigh-speedsteel，[篇名]Flexiblefurnaceconceptsforvacuumheattreatmentusinghigh-pressuregasquenching，[篇名]Effectofboronmicro-alloyingonmicrostructureandmechanicalpropertiesoffine-grainedCM247LCsuperalloy，[篇名]PROPERTIESOFPOLYCRYSTALSSINTEREDATHIGHPRESSURESFROMDIAMONDNANOPOWDERSPRODUCEDBYDETONATIONANDSTATICSYNTHESES，[篇名]TheEffectsofSteelQuality,VacuumHeatTreatmentQuenchRateandCharpyV-NotchImpactTestTemperatureontheImpactToughnessandMicrostructureofPremiumQualityH-13ToolSteel。

简介：[篇名]Heattreatmentoftheweldedjointsformainunitsofseaplatformsinthenorthsea，[篇名]FatigueLifeImprovementofStructuralElementswithFatigueCracks，[篇名]Newmaterialsandproductiontechnologiesforinnovativelightweightconstructions，[篇名]Effectsoftheelectronbeamlocalpost-wellheat-treatmentonthemicrostructureandpropertiesof30CrMnSiNi2Asteelweldedjoints，[篇名]Energyfromelectricresistanceheatersectionsoverthevesselsurfaceatlocalheattreatmentofringwelds。

简介：Increasingtheefficiencyoflaserheattreatmentofalathetoolwithallowancefortheinfluenceofthecuttingregimes.Laserbeamcladdingcharacteristicsofhighchromiumcastirononcarbonsteel.Fourieropticalresearchonwide-bandscanningrotatingmirrorofthehighpowerlaser.LaserBeamCladdingCharacteristicsofWCDispersedHastelloyonCarbonSteel.

简介：SY508-3-01[篇名]Technologyforrecyclingmagnesiumalloyhousingsofnotebookcomputers,SY508-3-02[篇名]Effectsofsolutiontreatmenttemperatureongraingrowthandmechanicalpropertiesofhighstrength18%Nicobaltfreemaragingsteel,……

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简介：[篇名]Developmentofmulti-layer,aluminum-tin-siliconalloybearingforautomotivedieselengine，[篇名]Simulationofphaseappearance,phasedissolution,andsoluteredistributiononmulticomponentaluminumcastingalloys，[篇名]Improvementoffatiguestrengthinaluminiumcastings，[篇名]Impactenergyabsorptionofmetalfoamwiththecontrolledmicrostructureunderdynamicloading，[篇名]EffectsofsolidsolutiontreatmentsonmicrostructureandmechanicalpropertiesofAM60BmagnesiumalloyswithREaddition，[篇名]TheeffectofheattreatmentandorientationonthemechanicalbehaviorofextrudedMg-Al-Znalloy，[篇名]Fatigueandfrettingfatigueofbiomaterial.Ti-29NB-13TA-4.6ZR,Inairandsimulatedbodyenvironment。

简介：Peculiaritiesofdeformationandstructureformationinnitrogen-containingsteelsofvariousstructuralkinds,FrictionalgripconnectionswithNiTiform-memoryalloys.Influenceofthepost-deformationannealingheattreatmentonthelow-cyctefatigueofNiTishapememoryalloys.StrengthEvaluationofAluminumAlloyBoltbyNano-IndentationHardnessTest.SuperplasticDeformationBehaviorof7075AluminumAlloy

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简介：MicrostructuralcharacterizationofaFSW7050Alalloy,Optimizationofmechanicalpropertiesofcastingsinaluminumalloyswithliquidhotisostaticpressing,DevelopingaprocessingrouteforgrainrefinementinanAl-6061metalmatrixcomposite,StaticrecrystallizationinAIalloysafterhotworking,Theinfluenceofdieshapeonthebehaviorofsurfhcerecrystallisation

简介：17CrNiM06H钢是德国ZF公司开发的Cr-Ni-Mo系齿轮钢，与美国SAE4320H、SAE9310H钢均属于大于1400MPa的高强度、大模数重载齿轮材料。目前，国内大冶钢厂、长城钢厂以及抚顺钢厂陆续完成了17CrNiM06H的国产化，冶金技术已趋成熟，产品性能较稳定，已用于制造重载汽车、装载机、挖掘机驱动桥齿轮。

简介：0前言日本各汽车厂家为了求生存与发展,致力于环保与安全,应对全球化的发展趋势,持续地开展确保成本优势的各种研究.同时,支撑汽车零件功能的"钢材、热处理技术"领域,也要求开展技术革新.本文概述汽车用钢材零件的最新技术动向及其有关课题.

简介：本文对比分析了氮基保护气氛和真空两种热处理加热介质对300M钢疲劳性能的影响，并研究了热处理后表面喷丸强化对300M钢疲劳性能的改善情况。结果表明，由于氮基保护气氛热处理后表面层有一定程度的氧化脱碳，故钢的疲劳极限比真空热处理的低近30％；由于喷丸强化后表面形成较大的压应力，消除了表面氧化层等不良影响，氮基保护气氛热处理后经喷丸的300M钢疲劳极限比未喷丸的提高约40％。

简介：介绍了百米磁场下降法测量埋地管道外涂层绝缘电阻的技术，对施测手段、操作要点、计算方法及检测中应注意的问题进行了论述。

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