ASME BPVC.II.D.C-2017

1192 Pages·2017·24.857 MB·English

by  ASME

ASME BPVC.II.D.C-2017
SECTI ON II
MATERIALS
ASME Boiler and
2017
Pressure Vessel Code
An International Code
Part D
Properties (Customary)
Markings such as “ASME,” “ASME Standard,” or any other marking including “ASME,” ASME 
logos, or the Certification Mark shall not be used on any item that is not constructed in 
accordance with all of the applicable requirements of the Code or Standard. Use of ASME’s name, 
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available, such ASME markings may not be used. (For Certification and Accreditation Programs, 
see https://www.asme.org/shop/certification‐accreditation.) 

Items produced by parties not formally certified by ASME may not be described, either explicitly 
or implicitly, as ASME certified or approved in any code forms or other document.
AN INTERNATIONAL CODE
2017 ASME Boiler &
Pressure Vessel Code
2017 Edition July 1, 2017
II
MATERIALS
Part D
Properties (Customary)
ASME Boiler and Pressure Vessel Committee
on Materials
Two Park Avenue (cid:129) New York, NY (cid:129) 10016 USA
DateofIssuance:July1,2017
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AdoptedbytheCouncilofTheAmericanSocietyofMechanicalEngineers,1914;latestedition2017.
TheAmericanSocietyofMechanicalEngineers
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Copyright©2017by
THEAMERICANSOCIETYOFMECHANICALENGINEERS
Allrightsreserved
TABLE OF CONTENTS
ListofSections .............................................................................. xiii
Foreword ................................................................................... xv
StatementofPolicyontheUseoftheCertificationMarkandCodeAuthorizationinAdvertising .......... xvii
StatementofPolicyontheUseofASMEMarkingtoIdentifyManufacturedItems ...................... xvii
SubmittalofTechnicalInquiriestotheBoilerandPressureVesselStandardsCommittees ............... xviii
Personnel ................................................................................... xxi
SummaryofChanges ......................................................................... xl
ListofChangesinRecordNumberOrder ........................................................ liv
Cross-ReferencingandStylisticChangesintheBoilerandPressureVesselCode ....................... lvi
Subpart1 StressTables ................................................... 1
StatementofPolicyonInformationProvidedintheStressTables ........ 1
GuidelineonLocatingMaterialsinStressTables,andinTablesofMechanical
andPhysicalProperties ......................................... 2
Subpart2 PhysicalPropertiesTables ....................................... 802
Introduction ..................................................... 802
Subpart3 ChartsandTablesforDeterminingShellThicknessofComponentsUn-
derExternalPressure ......................................... 843
MandatoryAppendix1 BasisforEstablishingStressValuesinTables1Aand1B ............ 976
1-100 DerivationofAllowableStressValues ............................... 976
MandatoryAppendix2 BasisforEstablishingDesignStressIntensityValuesforTables2A,2B,
and4,andAllowableStressValuesforTable3 ................... 978
2-100 DerivationofStressIntensityValues ................................ 978
MandatoryAppendix3 BasisforEstablishingExternalPressureCharts .................... 981
3-100 General ......................................................... 981
3-200 BasisofChartsinSubpart3 ....................................... 981
3-300 UseofChartsinSubpart3 ......................................... 981
3-400 BackgroundandDevelopmentofTheory ............................. 981
3-500 DesignBasis ..................................................... 981
3-600 CriteriaforAllowableStresses ..................................... 982
3-700 ProcedureandResponsibilityforChartDevelopment .................. 984
3-800 AlternateProcedureforDeterminingAllowableCompressiveStresses .... 987
3-900 References ...................................................... 987
MandatoryAppendix5 GuidelinesontheApprovalofNewMaterialsUndertheASMEBoilerand
PressureVesselCode .......................................... 988
5-100 CodePolicy ...................................................... 988
5-200 Application ...................................................... 988
5-300 ChemicalComposition ............................................ 989
5-400 MetallurgicalStructureandHeatTreatment .......................... 989
5-500 MechanicalProperties ............................................ 989
5-600 DefinitionsforDataCollectionPurposes ............................. 989
5-700 RequiredSampling ............................................... 989
5-800 Time-IndependentProperties ...................................... 989
5-900 Time-DependentProperties ........................................ 990
5-1000 Low-TemperatureProperties ....................................... 990
5-1100 ToughnessData .................................................. 992
iii
5-1200 Stress–StrainCurves .............................................. 992
5-1300 FatigueData ..................................................... 992
5-1400 PhysicalProperties ............................................... 992
5-1500 DataRequirementsforWelds,Weldments,andWeldability ............. 992
5-1600 Long-TermPropertiesStability ..................................... 993
5-1700 RequestsforAdditionalData ....................................... 993
5-1800 NewMaterialsChecklist ........................................... 993
5-1900 RequirementsforRecognizedNationalorInternationalSpecifications .... 995
5-2000 PublicationofRecognizedNationalorInternationalSpecifications ....... 995
5-2100 CENSpecifications ................................................ 995
MandatoryAppendix7 GuidelinesonMultipleMarkingofMaterials ....................... 996
7-100 Background ..................................................... 996
7-200 Guidelines ....................................................... 996
MandatoryAppendix9 StandardUnitsforUseinEquations .............................. 998
MandatoryAppendix10 BasisforEstablishingMaximumAllowableStressValuesforTables5A
and5B ....................................................... 999
10-100 DerivationofAllowableStressValues ............................... 999
NonmandatoryAppendixA IssuesAssociatedWithMaterialsUsedinASMECodeConstruction ... 1001
A-100 General ......................................................... 1001
A-200 MetallurgicalChangesThatCanOccurinService ...................... 1002
A-300 UniformCorrosion ............................................... 1009
A-400 LocalizedCorrosion ............................................... 1012
A-500 MetallurgicallyInfluencedCorrosion ................................ 1013
A-600 MechanicallyAssistedCorrosion .................................... 1014
A-700 EnvironmmentallyInducedEmbrittlementandCracking ............... 1015
A-800 MechanicalDamageMechanisms ................................... 1019
NonmandatoryAppendixB DevelopingNominalCompositionDesignationsforASMECode
Materials ..................................................... 1021
B-100 Background ..................................................... 1021
B-200 GeneralGuidelineforAllMaterials .................................. 1021
B-300 GuidelinesforDevelopingNominalCompositionDesignationsforFerrous
Materials ...................................................... 1022
B-400 GuidelinesforDevelopingNominalCompositionDesignationsforNonferrous
Materials ...................................................... 1022
B-500 Summary ....................................................... 1023
NonmandatoryAppendixC GuidancefortheUseofU.S.CustomaryandSIUnitsintheASMEBoiler
andPressureVesselCode ...................................... 1024
C-100 UseofUnitsinEquations .......................................... 1024
C-200 GuidelinesUsedtoDevelopSIEquivalents ........................... 1024
C-300 SoftConversionFactors ........................................... 1026
NonmandatoryAppendixD GuidelinesforRoundingMinimumSpecifiedTensileandYieldStrength
ValuesandforEstablishingAnchorPointsforTensileandYield
StrengthTrendCurvesinTables1A,1B,2A,2B,3,4,5A,5B,U,U-2,
andY-1 ...................................................... 1027
D-100 MinimumTensileStrengthandMinimumYieldStrengthColumns ....... 1027
D-200 SelectingAnchorPointforTensileandYieldStrengthTrendCurvesforAll
SituationsinWhichtheMinimumRTSpecifiedValuesinOneUnitSystem
AreNotPreciseConversionsoftheUnitsintheOtherSystem ......... 1027
D-300 SignificantFiguresintheAllowableStress,TensileStrength,andYield
StrengthTablesinSectionII,PartDandinCodeCases .............. 1028
NonmandatoryAppendixE MaterialDataforStressAnalysisintheTime-DependentRegime .... 1029
E-100 Introduction ..................................................... 1029
iv
FIGURES
G GeometricChartforComponentsUnderExternalorCompressiveLoadings
(forAllMaterials) ............................................................. 844
CS-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CarbonorLowAlloySteelsWithSpecifiedMinimumYieldStrengthLessThan
30,000psi .................................................................... 846
CS-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CarbonorLowAlloySteelsWithSpecifiedMinimumYieldStrength30,000psi
andHigher ................................................................... 847
CS-3 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CarbonSteelandLowAlloySteelsWithSpecifiedMinimumYieldStrength38,000psiand
HigherforTemperatures300°FandLess ......................................... 848
CS-4 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SA-537Thickness21/ in.andLess ............................................... 849
2
CS-5 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SA-508Class1,Grades2and3;SA-508Class2,Grade2;SA-533Class1,GradesA,B,C,and
D;SA-533Class2,GradesA,B,C,andD;orSA-541Grades2and3 ................... 850
CS-6 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CarbonSteelWithSpecifiedMinimumYieldStrengthof20,000psi ................... 851
HT-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
QuenchedandTemperedLowAlloySteelWithSpecifiedMinimumYieldStrengthof
100,000psiandThickness21/ in.andLess ....................................... 852
2
HT-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SA-508Grade4N,Class2orSA-543TypesBandC,Class2WithSpecifiedMinimumYield
Strengthof100,000psi ........................................................ 853
HA-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticSteel18Cr–8Ni,Type304 ............................................. 854
HA-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticSteel16Cr–12Ni–2Mo,Type316 ........................................ 855
HA-3 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticSteel18Cr–8Ni–0.035MaximumCarbon,Type304L ....................... 856
HA-4 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticSteel18Cr–8Ni–Mo–0.035MaximumCarbon,Type316L ................... 857
HA-5 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Austenitic–FerriticSteel18Cr–5Ni–3MoS31500 ................................... 858
HA-6 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticSteel21Cr–11Ni–NS30815 ............................................ 859
HA-7 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SA-564Type630H1150(17Cr–4Ni–4CuS17400) .................................. 860
HA-8 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Austenitic–FerriticSteel25Cr–7Ni–3Mo–2W–0.28NS39274 ......................... 861
HA-9 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticSteel25Cr–7.5Ni–3.5Mo–N–Cu–WS32760 ............................... 862
HA-10 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AusteniticStainlessSteel24Cr–17Ni–6Mn–4.5Mo–NS34565 ......................... 863
CI-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CastIron ..................................................................... 864
CD-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CastDuctileIronWithaSpecifiedMinimumYieldStrengthof40,000psi .............. 865
CD-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
CastDuctileIronWithaSpecifiedMinimumYieldStrengthof29,000psi .............. 866
NFA-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy3003in0Temper .............................................. 867
NFA-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy3003inH14Temper ............................................ 868
v
NFA-3 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy3004in0Temper .............................................. 869
NFA-4 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy3004inH34Temper ............................................ 870
NFA-5 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy5154in0Temper .............................................. 871
NFA-6 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy5454in0Temper .............................................. 872
NFA-7 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy1060in0Temper .............................................. 873
NFA-8 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy5052in0Temper .............................................. 874
NFA-9 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy5086in0Temper .............................................. 875
NFA-10 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy5456in0Temper .............................................. 876
NFA-11 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumAlloy5083in0Temper .............................................. 877
NFA-12 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
WeldedAluminumAlloy6061‐T6 ................................................ 878
NFA-13 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
WeldedAluminumAlloy6061‐T4 ................................................ 879
NFC-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedCopper,TypeDHP .................................................... 880
NFC-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Copper–SiliconAlloyC65500 .................................................... 881
NFC-3 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Annealed90–10Copper–NickelAlloy ............................................. 882
NFC-4 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Annealed70–30Copper–NickelAlloy ............................................. 883
NFC-5 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
WeldedCopper–IronAlloyTubeC19400(SB-543Welded) .......................... 884
NFC-6 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SB-75andSB-111LightDrawnSeamlessCopperTubes,AlloysC10200,C12000,C12200,
andC14200 .................................................................. 885
NFC-7 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedCopper,SB-75,UNSC12200,Temper050 ................................ 886
NFC-8 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AluminumBronzeAlloyC61400 ................................................. 887
NFN-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedLowCarbonNickelN02201 ............................................ 888
NFN-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedNickelN02200 ....................................................... 889
NFN-3 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedNickel–CopperAlloyN04400 ........................................... 890
NFN-4 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedNickel–Chromium–IronAlloyN06600 .................................... 891
NFN-5 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–MolybdenumAlloyN10001 ............................................... 892
NFN-6 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Molybdenum–Chromium–IronAlloyN10003 ................................ 893
NFN-7 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Iron–Chromium–Molybdenum–CopperAlloyN08825 ......................... 894
NFN-8 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedNickel–Iron–ChromiumAlloyN08800 .................................... 895
vi
NFN-9 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedNickel–Iron–ChromiumAlloyN08810 .................................... 896
NFN-10 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
LowCarbonNickel–Molybdenum–ChromiumAlloyN10276 .......................... 897
NFN-11 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SolutionTreatedNickel–Chromium–Iron–Molybdenum–CopperAlloyN06007 .......... 898
NFN-12 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Chromium–Nickel–Iron–Molybdenum–Copper–ColumbiumAlloyN08020 .............. 899
NFN-13 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Iron–Chromium–SiliconAlloyN08330 ...................................... 900
NFN-14 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Chromium–MolybdenumAlloyN06455 ..................................... 901
NFN-15 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–MolybdenumAlloyN06002 ............................................... 902
NFN-16 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–MolybdenumAlloyN10665 ............................................... 903
NFN-17 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AnnealedNickel–Chromium–Molybdenum–ColumbiumAlloyN06625(SB-443,SB-444,and
SB-446) ...................................................................... 904
NFN-18 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Molybdenum–Chromium–Iron–CopperAlloyN06985HavingaMinimumYield
Strengthof35ksi ............................................................. 905
NFN-19 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Molybdenum–Chromium–Iron–CopperAlloyN06985HavingaMinimumYield
Strengthof30ksi ............................................................. 906
NFN-20 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Work‐HardenedNickel ......................................................... 907
NFN-21 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
Nickel–Chromium–IronAlloyN06600(SpecifiedMinimumYieldStrength40,000psi) ... 908
NFN-22 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
SolutionAnnealedNi–Cr–Mo–CbAlloy,Grade2N06625 ............................. 909
NFN-23 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
ColdWorkedNickel–Iron–ChromiumAlloyN08800 ................................ 910
NFN-24 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
NickelAlloyN06230 ........................................................... 911
NFN-25 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
StressRelievedNickelAlloyN02200 ............................................. 912
NFN-26 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AlloyS31277 ................................................................. 913
NFN-27 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
AlloyN06035 ................................................................. 914
NFT-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
UnalloyedTitaniumGrade3(UNSR50550) ....................................... 915
NFT-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
UnalloyedTitaniumGrade2(UNSR50400) ....................................... 916
NFT-3 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
TitaniumGrade1(UNSR50250) ................................................ 917
NFT-4 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
TitaniumGrade9Alloy(UNSR56320) ........................................... 918
NFT-5 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
TitaniumGrade12Alloy(UNSR53400) .......................................... 919
NFT-6 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
TitaniumGrade38(UNSR54250) ............................................... 920
NFZ-1 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
ZirconiumAlloy(UNSR60702) .................................................. 921
vii
NFZ-2 ChartforDeterminingShellThicknessofComponentsUnderExternalPressureDevelopedfor
ZirconiumAlloy(UNSR60705) .................................................. 922
3-500.1 TemperatureLimitsforApplicationofSectionIIExternalPressureChartsforCylinderUnder
ExternalPressure ............................................................. 983
3-500.2 TemperatureLimitsforApplicationofSectionIIExternalPressureChartsforCylinderUnder
AxialCompression ............................................................. 984
3-500.3 TemperatureLimitsforApplicationofSectionIIExternalPressureChartsforSphereUnder
ExternalPressure ............................................................. 985
3-700.1 NormalizationofTestσ–ε toσ andE ...................................... 986
y min code
E-100.2-1 PermissibleTime/TemperatureConditionsforMaterialThatHasBeenColdWorked>5%
and<20%andSubjectedtoShort‐TimeHighTemperatureTransients ................. 1032
E-100.4-1 S —AllowableStressIntensityValues,ksi,Type304SS—30-YS,75-UTS
mt
(30-YS,70-UTS) ............................................................... 1035
E-100.4-2 S —AllowableStressIntensityValues,ksi,Type316SS—30-YS,75-UTS
mt
(30-YS,70-UTS) ............................................................... 1036
E-100.4-3 S —AllowableStressIntensityValues,ksi,Ni–Fe–Cr(Alloy800H) .................... 1037
mt
E-100.4-4 S —AllowableStressIntensityValues,ksi,21/Cr–1Mo ............................. 1039
mt 4
E‐100.4‐5 S —AllowableStressIntensityValues,ksi,9Cr–1Mo–V ............................. 1040
mt
E‐100.5‐1 S —AllowableStressIntensityValues,ksi,Type304SS .............................. 1041
t
E‐100.5‐2 S —AllowableStressIntensityValues,ksi,Type316SS .............................. 1042
t
E‐100.5‐3 S —AllowableStressIntensityValues,ksi,Ni–Fe–Cr(Alloy800H) ..................... 1043
t
E‐100.5‐4 S —AllowableStressIntensityValues,ksi,21/Cr–1Mo ............................... 1044
t 4
E‐100.5‐5 S —AllowableStressIntensityValues,ksi,9Cr–1Mo–V ............................... 1045
t
E-100.7-1 ExpectedMinimumStress-to-RuptureValues,ksi,Type304SS ......................... 1047
E-100.7-2 ExpectedMinimumStress-to-RuptureValues,ksi,Type316SS ......................... 1048
E-100.7-3 ExpectedMinimumStress‐to‐RuptureValues,ksi,Ni–Fe–Cr(Alloy800H) ................ 1049
E-100.7-4 ExpectedMinimumStress-to-RuptureValues,ksi,21/Cr–1Mo .......................... 1050
4
E-100.7-5 ExpectedMinimumStress-to-RuptureValues,ksi,Ni–Cr–Fe–Mo–Cb(Alloy718) ........... 1051
E-100.7-6 ExpectedMinimumStress-to-RuptureValues,ksi,9Cr–1Mo–V .......................... 1052
E-100.15-1 S —AllowableStressIntensity,Type304SS,Bolting ............................... 1059
mt
E-100.15-2 S —AllowableStressIntensity,Type316SS,Bolting ............................... 1059
mt
E-100.15-3 S —AllowableStressValues,ksi,Alloy718,Bolting ................................ 1060
mt
E-100.16-1 DesignFatigueStrainRange,ϵ ,for304SS .......................................... 1061
t
E-100.16-2 DesignFatigueStrainRange,ϵ ,for316SS .......................................... 1062
t
E-100.16-3 DesignFatigueStrainRange,ϵ ,forNi–Fe–CrAlloy800H ............................. 1063
t
E-100.16-4 DesignFatigueStrainRange,ϵ ,for21/Cr–1MoSteel ................................. 1064
t 4
E-100.16-5 DesignFatigueStrainRange,ϵ ,for9Cr–1Mo–VSteel ................................. 1065
t
E-100.17-1 Time–TemperatureLimitsforApplicationofSectionIIExternalPressureChartsforCylinder
UnderAxialCompression ....................................................... 1066
E-100.17-2 Time–TemperatureLimitsforApplicationofSectionIIExternalPressureChartsforSphere
UnderExternalPressure ....................................................... 1067
E-100.17-3 TemperatureLimitsforApplicationofSectionIIExternalPressureChartsforCylinderUnder
ExternalPressure ............................................................. 1068
E-100.18-1 AverageIsochronousStress–StrainCurvesforType304SSat800°F .................... 1069
E-100.18-2 AverageIsochronousStress–StrainCurvesforType304SSat850°F .................... 1070
E-100.18-3 AverageIsochronousStress–StrainCurvesforType304SSat900°F .................... 1071
E-100.18-4 AverageIsochronousStress–StrainCurvesforType304SSat950°F .................... 1072
E-100.18-5 AverageIsochronousStress–StrainCurvesforType304SSat1,000°F ................... 1073
E-100.18-6 AverageIsochronousStress–StrainCurvesforType304SSat1,050°F ................... 1074
E-100.18-7 AverageIsochronousStress–StrainCurvesforType304SSat1,100°F ................... 1075
E-100.18-8 AverageIsochronousStress–StrainCurvesforType304SSat1,150°F ................... 1076
E-100.18-9 AverageIsochronousStress–StrainCurvesforType304SSat1,200°F ................... 1077
E-100.18-10 AverageIsochronousStress–StrainCurvesforType304SSat1,250°F ................... 1078
E-100.18-11 AverageIsochronousStress–StrainCurvesforType304SSat1,300°F ................... 1079
E-100.18-12 AverageIsochronousStress–StrainCurvesforType304SSat1,350°F ................... 1080
E-100.18-13 AverageIsochronousStress–StrainCurvesforType304SSat1,400°F ................... 1081
viii