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The governing equation of non-mechanical energy flow in metals, undergoing finite deformation, is presented. The coupling of non-mechanical energy flow, mass diffusion and metal elastic-plastic deformation is rigorously taken into account. The analysis is particularly useful in cases of diffusion-driven degradation mechanisms ahead of stationary cracks or cracks initiating growth, under temperature variations.

On the Coupling of Mass Diffusion and Non-Mechanical Energy Flow in Metals under Finite Deformation~!2008-03-24~!2008-06-02~!2008-06-12~!