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Enhancing fatigue performance of TNM Alloy via electroshock energy-induced heterogeneous interface reconfiguration
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DOI：10.1016/j.jmst.2025.12.036.png)
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Abstract
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• Under the optimal process parameters, the fatigue life of TNM alloys rose by 67.6%. • An atomic-level manufacturing-induced interface-strengthening technology is proposed. • Electroshock energy induces the rearrangement of high-energy metastable atoms. • The processes of energy transfer and coupling between electrons and atoms were revealed. • Electroshock energy optimizes the propagation path of fatigue cracks.
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