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Design and development of a wavy interlocking interface with a mineral–collagen fiber-like structure to enhance the strength of Al laminated alloys
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DOI：10.1016/j.ijplas.2026.104764.png)
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Abstract
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• A fish-scale-inspired wavy interlocking interface was designed for Al laminates. • A new interface was obtained by the non-uniform compression and the inhomogeneous precipitation. • The fracture modes of the new laminates shifted from flat to bifurcation, promoting the bonding strength. • The bonding strength of the new interface was improved by 44.46% over the conventional one. • The finite element method-crystal plasticity-phase field simulations confirm the fracture modes.
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