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Creep crack growth data of Inconel 706-MST between 600°C and 700°C are presented i n order to assess the materials suitability for ultra high temperature steam turbine applicat~ons. Hereby, "MST" stands for a heat treatment modification proposed earlier by the authors. It is demonstrated that the creep crack growth resistance can be raised to the level of more creep ductile materials such as Waspaloy and Inconel 617 and that the benefit relative to conventional heat treatment cycles is particularly pronounced at 700°C. The results are interpreted in terms of the precipitation sequence during thermal exposure. Siipcrallo! s 718. 625. 706 and Various Derimtivcs t;tlitc.d b ~ . t :l. Loria T M S (Thc hlineruls. hletals & blatzrials Socirty). 2001

Design of Inconel 706 for Improved Creep Crack Growth Resistance