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The mechanism of transcrystaZZine fatigue crack initiation is discussed for y+y'-aZZoys (NickeZsuperaZZoy; austenitic, precipitation hardened steel/. Microscopic slip distribution affects highZy the ease of crack formation, and can be varied in a wide range by the change of the microstructure by thermomeehanicaZ treatments. In addition, crack initiation is effected by surface treatments, where hard surface Zayers are Zess effective than surface deformation (by shot peening) to retard crack formation. Some suppZementary results on the behavior of such surface zones at elevated temperatures are reported.

Influence of Surface Treatments on Fatigue Crack Initiation in &#947;+&#947;' -Precipitation Hardening Alloys

Influence of Surface Treatments on Fatigue Crack Initiation in γ+γ' -Precipitation Hardening Alloys