4.8 Article

Macro-micro-nano multistage toughening in nano-laminated graphene ceramic composites

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Summary: The research revealed that the MLG/WC-Co tool outperformed the YG6 tool in terms of reduced cutting forces, temperatures, and friction coefficients, as well as improved shear angles and tool life. The introduction of strengthening and toughening mechanisms through MLG significantly enhanced wear resistance, while the residual compressive stress from the laminated structure compensated for cutting force-induced tensile stress. Additionally, the extensive MLG film formed at the tool-chip interface during high-speed cutting provided self-lubricating functionality and exceptional wear and oxidation resistance.

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