CORDIS Project
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This project aims to enhance the strength of aluminum composites by developing a novel technique that combines powder metallurgy with cryogenic laser shock peening. The goal is to create high-strength twinned aluminum-graphene-carbon nanotube composites through controlled deformation processes.
The trade-off between stacking fault energy and capability of twining has been a roadblock in aluminum (Al) composites, due to low dislocation storage and weak strain hardening ability.
The recent extra strengthening and work hardening in gradient twinned architectures had provided an alternative approach to increase balance between nucleated twins, high density of dislocation and stacking faults.
However, there is still a huge challenge to achieve large scale strengthening bulk Al which general…
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