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An analytical process model was developed to predict the cooling y ’ size resulting from the thermal processing of the wrought powder nickel-base alloy, MERL76. The approach taken was to define the isothermal y’ coarsening law and then treat continuous cooling processes as a series of short isotherms and incrementally calculate cooling y ’ growth. Predicted y ’ sizes correlated well with measured values. The y’ size prediction model was combined with a strength prediction equation and estimates made for strength in full-scale components. Predicted strength values also correlated well with measured values, demonstrating the utility of process modeling in optimizing processing of full-scale components.

superalloys

Development of an Analytical Model Predicting Microstructure and Properties Resulting from the Thermal Processing of a Wrought Powder Nickel-Base Superalloy Component