Landolt-Brnstein GROUP VIII: Advanced Materials and Technologies VOLUME 2 Materials SUBVOLUME B Creep Properties of Heat Resistant Steels and Superalloys 
Title Page, Preface, Authors, Symbols and Abbreviations  
 Title Page 
 Preface  
 Authors  
 Symbols  
 Abbreviations  
1  Introduction (K. Yagi, G. Merckling, T.U. Kern)  1  
1.1  General remarks  1  
1.2  Status of creep database  2  
1.2.1  The ASTM data series  2  
1.2.2  The BSCC high-temperature strength data series  2  
1.2.3  The long-term data series by the Iron and Steel Institute of Germany  2  
1.2.4  European Creep Collaborative Committee (ECCC)  2  
1.2.5  Report on the mechanical properties of metals at elevated temperatures by the Iron and Steel  3  
Institute of Japan  
1.2.6  Creep data sheet published by NIMS (formerly called NRIM)  3  
1.2.7  Others  3  
1.3  Testing procedures for obtaining creep data  3  
1.4  Evaluation and assessment of creep data  4  
1.5  Application of creep data  5  
1.6  References for 1  6  
2  Creep and rupture data of heat resistant steels  9  
2.1  Carbon steels  9  
2.1.1  0.1C steel (K. Yagi)  9  
2.1.2  0.2-0.3C steel (K. Kimura)  11  
2.1.3  C-Mn steel (K. Kimura)  20  
2.1.4  0.25C cast (J. Schubert)  23  
2.1.5  C-Mn cast (J. Schubert)  26  
2.2  Low alloy steels   29  
2.2.1  0.5Mo steel (T. Muraki)  29  
2.2.2  High strength steel (T. Muraki)  35  
2.2.3  0.5Cr-0.5Mo steel (K. Kimura)  38  
2.2.4  1Cr-0.5Mo steel (K. Yagi)  45  
2.2.5  0.5Cr-0.5Mo-0.25V steel (S.R. Holdsworth)  54  
2.2.6  1Cr-1Mo-V steel (K. Yagi)  57  
2.2.7  1.25Cr-0.5Mo steel (M. Yamada)  62  
2.2.8  2.25Cr-1Mo steel (K. Yagi)  67  
2.2.9  2.25Cr-1.6W-V-Nb steel (M. Igarashi)  74  
2.2.10  3Cr-0.5Mo-V steel (A. Lizundia, G. Merckling)  84  

2.2.11 
5Cr-0.5Mo steel (K. Yagi) 87 

2.2.12 
1.2Ni-Mo steel (A. Lizundia, G. Merckling) 90 

2.2.13 
1.4Cr-Mo steel (P.F. Morris, J. Orr) 93 

2.2.14 
Cr-Mo-V-Ti-B steel (P.F. Morris, J. Orr) 96 

2.2.15 
Cr-Mo-V steel (G. Schwass) 100 

2.2.16 
0.5Mo cast (J. Schubert) 104 

2.2.17 
1.5Cr-0.5Mo cast (J. Schubert) 107 

2.2.18 
2.25Cr-1Mo cast (J. Schubert) 110 

2.2.19 
1Cr-1Mo-V cast (J. Schubert) 114 

2.3 
High Cr steels 118  

2.3.1 
9Cr-1Mo steel (F. Abe) 118 

2.3.2 
9Cr-1Mo-V-Nb steel (K. Kimura) 126 

2.3.3 
9Cr-2Mo steel (F. Abe) 134 

2.3.4 
9Cr-0.5Mo-1.8W-V-Nb-B steel (T. Muraki) 140 

2.3.5 
9Cr-1Mo-1W-V-Nb-N steel (K. Maile) 144 

2.3.6 
12Cr steel (K. Kimura) 150 

2.3.7 
12Cr-0.6Mo-0.3V-0.4Nb-N steel (F. Masuyama) 156 

2.3.8 
12Cr-1Mo-1W-0.3V steel (F. Abe) 161 

2.3.9 
12Cr-1Mo-V steel (J. Hald, K. Maile) 170 

2.3.10 
12Cr-1Mo-1W-V-Nb steel (M. Igarashi) 181 

2.3.11 
12Cr-1Mo-Ni-V cast (J. Schubert) 189 

2.3.12 
11Cr-0.4Mo-2W-Cu-V-Nb steel (M. Igarashi) 192 

2.3.13 
12Cr-2.6W-2.5Co-0.5Ni-V-Nb steel (F. Masuyama) 200 

2.3.14 
12Cr-3W-3Co-V-Nb-Ta-Nd-N steel (F. Masuyama) 204 

2.4 
Austenitic stainless steels 206

2.4.1 
18Cr-8Ni steel (F. Abe) 206 

2.4.2 
18Cr-12Ni-Mo steel (F. Abe) 227 

2.4.3 
18Cr-10Ni-Ti steel (Y. Minami) 247 

2.4.4 
18Cr-12Ni-Nb steel (Y. Minami) 249 

2.4.5 
Fine-grained 18Cr-12Ni-Nb steel (M. Igarashi) 251 

2.4.6 
16Cr-13Ni-Nb steel (W. Bendick, M. Spindler) 258 

2.4.7 
18Cr-9Ni-3Cu-Nb-N steel (M. Igarashi) 260 

2.4.8 
18Cr-10Ni-Ti-Nb steel (Y. Minami) 265 

2.4.9 
20Cr-25Ni-1.5Mo-NbTiBN steel (T. Muraki) 267 

2.4.10 
21Cr-32Ni-Ti-Al steel (S. Kihara) 270 

2.4.11 
22Cr-15Ni-NbBN steel (Y. Minami) 273 

2.4.12 
23Cr-18Ni-3Cu-1.5W-Nb-N steel (F. Masuyama) 275 

2.4.13 
23Cr-45Ni-6W-Nb-Ti-B steel (F. Masuyama) 279 

2.4.14 
25Cr-12Ni steel (S. Kihara) 283 

2.4.15 
25Cr-20Ni steel (S. Kihara) 286 

2.4.16 
25Cr-20Ni-Nb-N steel (M. Igarashi) 292 

2.4.17 
25Cr-35Ni steel (M. Yamada) 297 

2.4.18 
27Cr-32Ni-Nb-Ce steel (W. Bendick, T. Kremser, M. Spindler) 301 

2.4.19 
30Cr-50Ni-2Mo-Ti-Zr-B steel (F. Masuyama) 309 

2.4.20 
21Cr-11Ni-Si-N-Ce steel (R. Sandstrom) 312 

2.4.21 
15Cr-10Ni-1Mo-Mn-Nb-V-B steel (W. Bendick, M. Spindler) 315 

3 
Creep and rupture data of superalloys 319 

3.1 
Fe-base alloys 319  

3.1.1 
Fe-15Cr-26Ni-Mo-Ti-V alloy (M. Tabuchi) 319 

3.1.2 
Fe-20Cr-20Ni-20Co-W-Mo-(Nb+Ta) alloy (H. Doi) 323 

3.1.3 
Fe-21Cr-20Ni-20Co-Mo-(Nb+Ta)-N alloy (H. Doi) 327 

3.2 
Ni-base alloys 331  

3.2.1 
Ni-13Cr-4.5Mo-0.75Ti-6Al-(Nb+Ta)-Zr-B alloy (M. Tabuchi) 331 

3.2.2 
Ni-10Cr-15Co-3Mo-5Ti-6Al-V-B alloy (H. Doi) 336 

3.2.3 
Ni-15.5Cr-8Fe alloy (M. Tabuchi) 341 

3.2.4 
Ni-15.5Cr-2.5Ti-0.7Al-1Nb-7Fe alloy (M. Tabuchi) 345 

3.2.5 
Ni-15Cr-28Co-Mo-Ti-Al alloy (H. Doi) 348 

3.2.6 
Ni-19Cr-18Co-4Mo-3Ti-3Al-B alloy (M. Yamada) 351 

3.3 
Co-base alloys 356  

3.3.1 
Co-20Cr-20Ni-Mo-W-Ni alloy (M. Yamada) 356 

3.3.2 
Co-25Cr-10Ni-7.5W-B alloy (M. Tabuchi) 362 


