简介:[篇名]ParentphaseageingandmartensitestabilizationinCu-Al-Nibasedmeltspunshapememoryribbons,[篇名]ISSUESRELATEDTODURABILITYOFFRPREINFORCEMENTFORRCSTRUCTURESEXPOSEDTOACCELERATEDAGEING,[篇名]AgeingofelectricalinsulationmaterialsusingaTeslatransformer,[篇名]Impactofageingontribologicalpropertiesofenvironmentallyfriendlyhydraulicfluids,[篇名]Comparisonofdifferentneuralnetworksalgorithmsusedinthediagnosisandthermalageingpredictionoftransformeroil,[篇名]Voltageresponsemeasurementsforpowertransformermoistureandageingconditionassessment,[篇名]Newtechnologyinanageingassetbase,[篇名]Usingequivalentfailureratestoassesstheunavailabilityofanageingsystem
简介:Ageingeffectoncreep-fatiguepropertiesofsuper-clean9%CrMoVsteelforsteamturbinerotorsofcombinedcyclepowerplants.EXPERIENCElNMANAGEMENTOFAGElNGOFBRlDGESINEASTERNEUROPE.Transportpolicyforanageingpopulation.Ageingofimpregnatingliquidswithdifferentchemicalstructureforpolypropylenecapacitordielectric.
简介:摘要:对一种10mm厚Al-4.3Zn-1.3Mg合金板材进行时效处理并研究了不同时效制度对板材力学性能和组织的影响规律。结果表明,当采用120℃/28h的工艺制度进行时效处理时,板材获得了最佳的强度性能。
简介:摘要:对一种10mm厚Al-4.3Zn-1.3Mg合金板材进行时效处理并研究了不同时效制度对板材力学性能和组织的影响规律。结果表明,当采用120℃/28h的工艺制度进行时效处理时,板材获得了最佳的强度性能。