Abstract
The R5 procedures have been developed within the UK power generation industry to assess the integrity of nuclear and conventional plant operating at high temperatures. Within R5, Volume 4/5 describes the procedures for assessing components containing defects under creep and creep–fatigue loading. This paper describes the use of these procedures to assess creep–fatigue crack growth in a 316L(N) cracked plate tested at 650 °C. It is shown that the R5 Volume 4/5 predictions of crack growth are in close agreement with the experimental observations.
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