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The following study investigates the statistical nature of crack jumps duringfatigue of Inconel 718. In-situ measurement in atmospheric air of the cracklength at several loading and temperature conditions was conducted using adirect current potential drop (DCPD) method. Both annealed and heat-treatedInconel 718 samples were investigated. For a single sample, the normalizedchange of crack length was confirmed to not be a random process. This findingis significant in highlighting the time history features, which could be usedin training machine learning models for the fundamental understanding ofoxidation and the prediction of crack initiation and growth.

Experimental Investigation of Crack Jumps during Initiation and Growth in IN718