High-Entropy Alloy Coatings

Part I. Fundamentals 1. High-entropy alloys - Fundamental and frontiers 2. Mechanistic aspects of high-entropy alloys Part II. HEA coatings 3. Types and fabrication approaches of high-entropy alloy coatings- An Overview 4. Microstructure and mechanical properties of HEA coatings - Role of constituent elements and fabrication approaches 5. Theoretical and computational modelling studies on HEA coatings 6. Design of wear- and corrosion-resistant multi-principal element alloy coatings: Framework and perspectives on Cr-Co-Ni-based coatings 7. Machine learning applied to high-entropy alloy coatings process parameters and composition optimization: a case study Part III. Coating type 8. Metallic high-entropy alloy coatings 9. High-entropy ceramic coatings 10. Composite high-entropy alloy coatings Part IV. Fabrication methods 11. Laser-based methods of high-entropy alloy coating fabrication 12. Thermal and cold spray high-entropy alloy coatings 13. Electrochemical methods of high-entropy alloy coating fabrication 14. Post-processing of high-entropy alloy-based coatings Part V. Applications 15. Anti-wear and anti-friction HEA coatings 16. Anti-corrosion HEA coatings 17. HEA coatings for Tribo-corrosion applications 18. Thermal barrier HEA coatings 19. High-entropy alloy coatings in energy storage and conversion 20. High-entropy ferroelectric ceramics/thin films for capacitor energy storage applications 21. HEA coatings for electrocatalytic applications

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• Ciência dos materiais
• Química industrial
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• Química

tribological properties;corrosion resistance;laser cladding;plasma spraying techniques;computational modeling materials;biomedical surface engineering;machine learning alloy optimization