Abstract
The creep behaviour of type 316 stainless steel has been studied under constant loading conditions in the temperature range from 823 to 923 K and for rupture lives up to 50 000 h. The θ-projection concept has been applied to the creep curves and was found to yield accurate predictions when interpolating and predicting creep data under service conditions. The shape of the creep curves, as well as the minimum creep rate, the time to reach a limiting strain, and the time to fracture, were considered.
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