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Tribology Surface Engineering

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Tribology Surface Engineering

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Research Frontiers in Ionic Liquid Lubrication High Temperature

Exploration of ionic liquids as sustainable lubricants for extreme temperature regimes beyond conventional oil limits.

Thermochemical Decomposition Pathways in Ionic Liquid Boundary Films
Nanostructural Evolution at Ionic Liquid-Metal Interfaces Under Shear
Cation-Anion Synergy in High-Temperature Tribochemical Protection
Ionic Liquid Polycondensation and Tribofilm Permanence at Extreme Heat
Interfacial Charge Transfer in Molten Ionic Lubricants
Viscosity-Plasticity Transitions in Superheated Ionic Liquid Films
Radical Chain Scavenging and Oxidation Resistance in Ionic Systems
Molecular Crowding Effects on Ionic Lubricant Lubricity Above 500°C
In-Situ Spectroscopic Tracking of Ionic Liquid Thermal Degradation Mechanisms
Coordination Complex Formation and Wear Mitigation in Molten Salts

All Tribology & Surface Engineering PhD categories