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Corrosion Test and Standards, Application and Interpretation, ASTM

Nov 07, 2015

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Corrosion tests
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  • ForewordPrefaceContentsIntroductionSection I: General InformationUnified Numbering System for Metals and Alloys'Examples of Common Names of Selected UNS Alloys'Standard Terminology Relating to Corrosion and Corrosion Testing'Glossary of Corrosion-Related Acronyms'ASTM Standard Abbreviations and Unit SymbolsInternational System of Units (SI)'General Conversion Factors'Condensed Metric Practice Guide for Corrosion"2Multiplication FactorsMultiplication Factors'Relationships among Some of the Units Commonly Used for Corrosion Rates 2Corrosion Rate Calculation (from Mass Loss)'Corrosion Rate Conversion FactorsDensities of Common Alloys'Table 1--Overvoltage valuesStandard Reference Potentials and Conversion Table'Equivalent Weight Values for Metals and Alloys'Values of Constants for Use in Faraday's Equation'Physical Properties of Gases and LiquidsPhysical Properties of ElementsDensities for a Variety of Metals and Alloys'Density of MaterialsCoefficients of Thermal Expansion of Common Alloys'Physical Properties of WaterDew Point of Moist Air'Dew Point of Moist Air "C'Dew Point of Moist Air "FChemical Cleaning Procedures for Removal of Corrosion Products'Electrolytic Cleaning Procedures for Removal of Corrosion ProductsPlanning and Design of TestsTypes of DataMetallographic AnalysisSurface AnalysisStatistical Treatment of Data, Data Interpretation, and ReliabilityComputer Based Data Organization and Computer ApplicationsElectrochemical TestsCabinet TestsImmersion TestingHigh-Temperature and High-Pressure Corrosion TestingAtmosphericSeawaterFreshwaterSoilsIndustrial ApplicationsHigh-TemperatureUniform CorrosionPittingCrevice CorrosionGalvanicIntergranularExfoliationErosion, Cavitation, and FrettingDealloyingEnvironmental Cracking-- Stress CorrosionEnvironmental Cracking--- Corrosion FatigueHydrogen DamageOutdoor AtmospheresIndoor AtmospheresSeawaterFreshwaterSoilsConcreteIndustrial WatersIndustrial ChemicalsPetroleumHigh-Temperature GasesOrganic LiquidsMolten SaltsLiquid MetalsCorrosion InhibitorsCorrosion Testing in In Vivo EnvironmentsMicrobiological EffectsZincLead (and Alloys)Magnesium (and Alloys)Aluminum (and Alloys)SteelsCopper (and Alloys)Nickel (and Alloys)Stainless SteelsCobalt-Base AlloysTitaniumZirconium and HafniumTantalum and Niobium AlloysMetallic Coatings on SteelNonmetallic CoatingsMetal-Matrix CompositesElectrodepositsPowder Metallurgy (P/M) MaterialsAutomotiveCommercial AircraftMilitary Aircraft and Associated EquipmentPipelineHighways, Tunnels, and BridgesMarine--Piers and DocksElectric PowerNuclear PowerSteam GenerationFlue Gas DesulfurizationElectronicsTelecommunicationsMetals ProcessingChemical ProcessingPulp and PaperPetroleum Production and RefiningFood and BeverageWater Handling SystemsMedical and DentalPharmaceuticalList of Corrosion-Related StandardsAuthor IndexSubject Index