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Tribology Surface Engineering

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Tribology Surface Engineering

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Research Frontiers in Ceramic Matrix Composite Wear Resistance

Study of wear mechanisms in CMCs under high-temperature sliding and abrasive conditions for aerospace applications.

Interfacial Degradation Mechanisms in Ceramic Matrix Composites
Thermal Cycling-Induced Microcracking and Wear Acceleration
Oxidative Attack on Fiber-Matrix Boundaries Under Sliding
Self-Healing Ceramic Composites Through Exothermic Reactions
Nanoparticle Tribofilm Formation on CMC Surfaces
Stress-Assisted Corrosion of Ceramic Reinforcement Phases
Wear Debris Chemistry and Tribo-Oxidation in High Temperature Environments
Matrix Microstructure Evolution During Repetitive Contact Loading
Synergistic Effects of Moisture and Mechanical Wear in CMCs
Tribochemical Modification of Ceramic Fiber Coatings

All Tribology & Surface Engineering PhD categories