Symposium on Structural Materials for Service at Elevated Temperatures in Nuclear Power Generation, November 30-December 3, 1975, Houston, Texas: Held as Part of the ASME Winter Annual Meeting |
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Results 1-3 of 16
Page 168
... percent cold- worked Type 316 stainless steels at 800 deg F ( 427 deg C ) showed that the addition of periods of ... 20 percent cold - worked material at 100 deg F ( 593 deg C ) . It was observed that the mode of cracking shifted from ...
... percent cold- worked Type 316 stainless steels at 800 deg F ( 427 deg C ) showed that the addition of periods of ... 20 percent cold - worked material at 100 deg F ( 593 deg C ) . It was observed that the mode of cracking shifted from ...
Page 181
... 20 percent cold - worked material . This example , typical of the other 1100 deg F ( 593 deg C ) results for irradiated material , shows that the fatigue crack growth behavior can be described by one da / dt * curve which is independent ...
... 20 percent cold - worked material . This example , typical of the other 1100 deg F ( 593 deg C ) results for irradiated material , shows that the fatigue crack growth behavior can be described by one da / dt * curve which is independent ...
Page 188
... drawn from the results : 1 ) Tensile hold - times of 0.1 and 1 minute have no significant effect on crack growth rate in unirradiated and EBR - II irradiated solution - annealed and 20 percent cold - worked Type 316 stainless steel ...
... drawn from the results : 1 ) Tensile hold - times of 0.1 and 1 minute have no significant effect on crack growth rate in unirradiated and EBR - II irradiated solution - annealed and 20 percent cold - worked Type 316 stainless steel ...
Contents
CreepRupture Correlations for Type 304 Stainless Steel Heat 9T2796 | 1 |
Correlation of the Microstructure with the Creep and Tensile Properties of AISI | 28 |
Smith | 53 |
Copyright | |
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20 percent cold-worked 316 stainless steel aged Alloy analysis annealed material ASME ASTM austenitic austenitic stainless steels bainite behavior carbide carbon cold-worked component constant constitutive equations corrosion Cr-1 Mo Steel crack growth rate creep strain creep tests creep-rupture cycle decarburization deformation deg F ductility EBR-II EBR-II irradiated effect of hold-time Elevated Temperature elongation embrittlement engineering extensometer Extrapolations factor fatigue crack growth ferrite grain boundary heat treatment High Temperature hold period IN/IN Inconel Inconel Alloy 718 increase isothermally annealed LMFBR longitudinal mechanical properties Metals microstructure minute hold-time modulus normalized and tempered ORNL-DWG parameter Plate power law predicted Reactor Reannealed room temperature shown sodium Spec specimens steam strain rate STRESS ksi stress-strain curves subgrain substructure Table tensile properties tensile strength tensile tests tertiary creep TEST DATA test temperature TOTAL STRAIN true stress tubing type 304 stainless unirradiated values weld yield strength