REPORTONTHEELEVATED-TEMPERATUREPROPERTIESOFSTAINLESSSTEELSIssuedUndertheAuspicesofTHEDATAANDPUBLICATIONSPANELofTHEASTMASMEJOINTCOMMITTEEONEFFECTOFTEMPERATUREONTHEPROPERTIESOFMETALSPreparedbyWARDF.SIMMONSANDJOHNA.VANECHOReg.U.S.Pat.Off.ASTMDataSeriesPublicationDS5-SI(SupplementtoPublicationDS5,formerlySTP124)ListPrice:$6.00PricetoASTMandASMEMembers:$4.20PublishedbytheAMERICANSOCIETYFORTESTINGANDMATERIALS1916RACESTREET,PHILADELPHIA3,PA.iBYAMERICANSOCIETYFORTESTINGANDMATERIALS1965LibraryofCongressCatalogCardNumber:65-21045NOTE—TheSocietyisnotresponsible,asabody,forthestatementsandopinionsadvancedinthispublication.PrintedinAlpha,NewJerseyDecember,1965CONTENTSPAGEINTRODUCTIONFIG.1—TensileStrengthVersusTemperatureforSeveralStainlessSteelsintheAnnealedCondition3FIG.2—RuptureStrengthsVersusTemperatureforSeveralStainlessSteelsintheAnnealedCondition—Rupturein1000Hours3FIG.3—RuptureStrengthsVersusTemperatureforSeveralStainlessSteelsintheAnnealedCondition—Rupturein100,000Hours4FIG.4—CreepStrengthsVersusTemperatureforSeveralStainlessSteelsintheAnnealedCondition—CreepRate0.00001PerCentPerHour4TYPE202FIG.5—TensileStrength5FIG.6—0.2PerCentOffsetYieldStrength5FIG.7—Elongation6DataSheets65TYPE301SHEETFIG.8—TensileStrength6FIG.9—0.2PerCentOffsetYieldStrength7FIG.10—Elongation7DataSheets67TYPE304,BAR,PLATE,ANDSHEETFIG.11—TensileStrength8FIG.12—0.2PerCentOffsetYieldStrength8FIG.13—Elongation9FIG.14—ReductionofArea(BarandPlate)9FIG.15—Rupturein100and10,000Hours(BarandPlate)10FIG!16—Rupturein1000and100,000Hours(BarandPlate)10FIG.17—StressVersusRupture-TimeDataBasedonAveragefromStress-TemperatureCurves(BarandPlate)11FIG.18—CreepRate0.0001PerCentPerHour(Bar)11FIG.19—CreepRate0.00001PerCentPerHour(Bar)12FIG.20—CharpyImpactData(PlateandBar)12FIG.21—TensileandYieldStrengths(Bar—ColdWorkedandAnnealed)13FIG.22—Elongation(Bar—ColdWorkedandAnnealed)13FIG.23—ReductionofArea(Bar—ColdWorkedandAnnealed)14DataSheets73TYPE304TUBEANDPIPEFIG.24—TensileandYieldStrengths14F...
