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remarkably by elevating the austenitizing temperature from 950°C to 1000°C . It is supposed that this difference of the austenitizing temperature will be the most important factor for the dispersion of the creep rupture strength among the actual steam turbine shaft forgings . Such cooling rate from austenitizing temperature as may produce bainitic structures has little effect on the creep rupture strength, while the tempering temperature exercises a relatively large effect when a tempering treatment is carried out at the temperatures between

Effect of Heat Treatment on the Creep Rupture Strength of a Cr-Mo-V Steel for Steam Turbine Shafts.