Fatigue damage accumulation: Aspects of environmental interaction

Tipo de material: Texto

TextoSeries ; J. Materials Science, 42(1), p.42-53, 2006Trabajos contenidos:

Akid, R
Dmytrakh, I.M
Gonzalez-Sanchez, J

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Resumen: The corrosion fatigue lifetime of materials can be predicted by simulating the multi-stage damage process with regard for the action of both corrosion and mechanical factors. This action can be represented in the form of damage accumulation maps, where the processes of pitting, pit-crack transition, and cracking are identified. For the construction of the models, we develop localized electrochemical methods used to determine the critical parameters of the processes, including the pit growth rate and the critical pit current density for the pit-crack transition.

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The corrosion fatigue lifetime of materials can be predicted by simulating the multi-stage damage process with regard for the action of both corrosion and mechanical factors. This action can be represented in the form of damage accumulation maps, where the processes of pitting, pit-crack transition, and cracking are identified. For the construction of the models, we develop localized electrochemical methods used to determine the critical parameters of the processes, including the pit growth rate and the critical pit current density for the pit-crack transition.

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