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6 papers analyzed
These studies suggest that the interface problem in graphene/Al-based composites is critical for improving tensile strength, ductility, adhesion strength, and mechanical performance, while also influencing electrical properties and deformability.
20 papers analyzed
The interface problem in graphene/Al-based composites is a critical issue that significantly impacts their mechanical properties. Understanding and optimizing the interface between graphene and aluminum is essential for enhancing the performance of these composites.
Interface-Induced Strain Hardening:
Chemical Reactions and Interface States:
Interfacial Adhesion and Defects:
Multilayer Interfaces and Load Transfer:
Interfacial Features and Mechanical Properties:
The interface between graphene and aluminum in composites plays a pivotal role in determining their mechanical properties. Key factors include the strain hardening capability induced by the interface, the presence and control of aluminum carbide, the adhesion properties of defective graphene, the formation of multilayer interfaces, and the impact of interfacial features on mechanical strength. Optimizing these aspects can lead to significant improvements in the performance of graphene/Al-based composites.
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