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Stress-induced alternating microstructures of titanium/steel bonding interface

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Abstract Titanium/steel laminated composites form a tooth-like interface which is subjected to alternating shear/normal stresses during cold roll bonding process. Interfacial shear stress promotes atomic diffusion and gives birth to… Click to show full abstract

Abstract Titanium/steel laminated composites form a tooth-like interface which is subjected to alternating shear/normal stresses during cold roll bonding process. Interfacial shear stress promotes atomic diffusion and gives birth to nano-grains, resulting in an interface mixed with nanocrystalline and amorphous region. Interfacial normal stress introduces high dislocation density, resulting in an interfacial transition zone.

Keywords: titanium steel; interface; stress induced; induced alternating

Journal Title: Materials Letters
Year Published: 2021

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