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Tribology Surface Engineering

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Tribology Surface Engineering

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Research Frontiers in Graphene-Enhanced Tribological Coatings

Development of thin films incorporating graphene or graphene oxide to reduce friction and improve wear performance.

Graphene-Induced Boundary Lubrication at Atomic Interfaces
Defect Engineering in Graphene Coatings for Wear Resistance
Thermal Conductivity Pathways in Graphene-Metal Friction
Rippling Dynamics and Tribochemical Activity of Graphene Layers
Oxidation-Driven Phase Transitions in Graphene Tribosystems
Mechanotransduction Between Graphene and Substrate Asperities
Quantum Friction and Electron Scattering in Graphene Coatings
Nanoscale Wear Mechanisms at Graphene Heterojunctions
Self-Healing Tribology via Graphene Nanostructure Reorganization
Environmental Reactivity of Graphene Under Shear-Stress Extremes

All Tribology & Surface Engineering PhD categories