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ASME STP-PT-096-1-2024 Elevated Temperature Material Property Compilation for Design-By Analysis (with February 2024 Errata), 2024
- Errata to STP-PT-096-1
- TABLE OF CONTENTS
- LIST OF TABLES
- LIST OF FIGURES
- FOREWORD
- ABBREVIATIONS AND ACRONYMS
- 1 INTRODUCTION
- 2 EXECUTIVE SUMMARY
- 3 ANALYSIS [Go to Page]
- 3.1 Compilation and Digitization of Material Properties
- 3.2 Physical Properties
- 3.3 Yield and Tensile Strength
- 3.4 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 3.5 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 4 Grade 91, 9CR-1MO-V [Go to Page]
- 4.1 Physical Properties
- 4.2 Yield and Tensile Strength
- 4.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 4.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 5 CARBON STEEL (SA-516/SA-299) AND SIMILAR [Go to Page]
- 5.1 Physical Properties
- 5.2 Yield and Tensile Strength
- 5.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 5.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 6 CARBON STEEL (SA-508) AND SIMILAR [Go to Page]
- 6.1 Physical Properties
- 6.2 Yield and Tensile Strength
- 6.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 6.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 7 CARBON STEEL (SA-533) AND SIMILAR [Go to Page]
- 7.1 Physical Properties
- 7.2 Yield and Tensile Strength
- 7.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 7.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 8 C-1/2MO [Go to Page]
- 8.1 Physical Properties
- 8.2 Yield and Tensile Strength
- 8.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 8.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 9 GRADE 11, 1.25CR-0.5MO-SI [Go to Page]
- 9.1 Physical Properties
- 9.2 Yield and Tensile Strength
- 9.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 9.4 Continuous Cycling Fatigue Curves
- 10 GRADE 22 (2.25CR-1MO) [Go to Page]
- 10.1 Physical Properties
- 10.2 Yield and Tensile Strength
- 10.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 10.4 Continuous Cycling Fatigue Curves
- 11 GRADE 22V (2.25CR-1MO-V) [Go to Page]
- 11.1 Physical Properties
- 11.2 Yield and Tensile Strength
- 11.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 11.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 12 5CR-0.5MO (GRADE 5) [Go to Page]
- 12.1 Physical Properties
- 12.2 Yield and Tensile Strength
- 12.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 12.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 13 5CR-0.5MO-SI (GRADE 5A) [Go to Page]
- 13.1 Physical Properties
- 13.2 Yield and Tensile Strength
- 13.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 13.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 14 GRADE 9, 9CR-1MO [Go to Page]
- 14.1 Physical Properties
- 14.2 Yield and Tensile Strength
- 14.3 Creep Data (Creep Rupture, Minimum Creep rate, and Ductility)
- 14.4 Continuous Cycling Fatigue and Hold Time Curves
- 15 GRADE 92 (9CR-2W) [Go to Page]
- 15.1 Physical Properties
- 15.2 Yield and Tensile Strength
- 15.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 15.4 Continuous Cycling and Hold Time Fatigue Data
- 16 TYPE 304H (AND 304) STAINLESS STEEL [Go to Page]
- 16.1 Physical Properties
- 16.2 Yield and Tensile Strength
- 16.3 Creep data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 16.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 17 TYPE 316H (AND 316) STAINLESS STEEL [Go to Page]
- 17.1 Physical Properties
- 17.2 Yield and Tensile Strength
- 17.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 17.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 18 TYPE 347H (AND 347) STAINLESS STEEL [Go to Page]
- 18.1 Physical Properties
- 18.2 Yield and Tensile Strength
- 18.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 18.4 Continuous Cycling Fatigue Curves
- 19 ALLOY 617, 52NI-22CR-13CO-9MO [Go to Page]
- 19.1 Physical Properties
- 19.2 Yield and Tensile Strength
- 19.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 19.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 20 INCONEL 740H [Go to Page]
- 20.1 Physical Properties
- 20.2 Yield and Tensile Strength
- 20.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 20.4 Continuous Cycling Fatigue Curves
- 21 ALLOY 800H, 33NI-42FE-21CR [Go to Page]
- 21.1 Physical Properties
- 21.2 Yield and Tensile Strength
- 21.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 21.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 22 GRADE 12, 1CR-0.5MO [Go to Page]
- 22.1 Physical Properties
- 22.2 Yield and Tensile Strength
- 22.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 22.4 Hold Time Fatigue Curves
- 23 GRADE 23 [Go to Page]
- 23.1 Physical Properties
- 23.2 Yield and Tensile Strength
- 23.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 23.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 24 GRADE 21 (3CR) [Go to Page]
- 24.1 Physical Properties
- 24.2 Yield and Tensile Strength
- 24.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 24.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 25 TYPE 410 (13CR)/12CR [Go to Page]
- 25.1 Physical Properties
- 25.2 Yield and Tensile Strength
- 25.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 25.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 26 321H 18CR-10NI-TI [Go to Page]
- 26.1 Physical Properties
- 26.2 Yield and Tensile Strength
- 26.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 26.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 27 ALLOY 601 [Go to Page]
- 27.1 Physical Properties
- 27.2 Yield and Tensile Strength
- 27.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 27.4 Continuous Cycling Fatigue Curves
- 28 ALLOY 709 [Go to Page]
- 28.1 Physical Properties
- 28.2 Yield and Tensile Strength
- 28.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 28.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 29 B7 BOLTING, 1CR-0.3MO [Go to Page]
- 29.1 Physical Properties
- 29.2 Yield and Tensile Strength
- 29.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 29.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 30 B16 BOLTING, 1CR-0.5MO-V [Go to Page]
- 30.1 Physical Properties
- 30.2 Yield and Tensile Strength
- 30.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 30.4 Hold Time Fatigue Curves
- 31 B8 BOLTING, 18CR-8NI [Go to Page]
- 31.1 Physical Properties
- 31.2 Yield and Tensile Strength
- 31.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 31.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 32 GRADE 660, 25NI-15CR-1MO-2TI-MN-AL-V [Go to Page]
- 32.1 Physical Properties
- 32.2 Yield and Tensile Strength
- 32.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 32.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- 33 INCONEL 718 BOLTING [Go to Page]
- 33.1 Physical Properties
- 33.2 Yield and Tensile Strength
- 33.3 Creep Data (Creep Rupture, Minimum Creep Rate, and Ductility)
- 33.4 Continuous Cycling Fatigue and Hold Time Fatigue Curves
- References [Go to Page]
