Focus:
Research into techniques for improving or altering the surface properties of materials, including methods such as carburizing, nitriding, laser processing, and plasma treatments. Studies focus on improving wear resistance, fatigue strength, and corrosion resistance by modifying the surface structure or composition of materials, covers a wide spectrum of topics, combining both fundamental research and practical applications across industries. The focus is on providing the latest developments in coating technologies, surface engineering, and novel material treatments to enhance performance, longevity, and sustainability of various components. Researchers and professionals contribute to improving surface properties through innovative techniques and advanced materials, pushing the boundaries of surface engineering.
Scope
The scope of the Journal of
Advanced Research in Surface Engineering and Coatings can be summarized
through the following keywords:
·
Surface
Engineering
·
Coatings and Thin
Films
·
Nano coatings
·
Wear Resistance
·
Corrosion
Protection
·
Smart Coatings
·
Sustainable
Coatings
·
Bio functional
Coatings
·
Nanostructured
Surfaces
·
Energy Efficiency
·
Additive
Manufacturing
·
3D Printing
·
Biomedical
Coatings
·
Semiconductor
Coatings
·
Advanced
Materials
·
Surface
Modification
·
Wear and Tear
·
Anti-fouling
Coatings
·
Microstructural
Characterization
·
Coating
Technologies
·
Environmental
Impact
·
Surface Treatment
·
Plasma Coatings
·
Functional
Coatings
·
High-Performance
Coatings
·
Protective
Coatings
·
Self-Healing
Coatings
·
Anti-corrosion
Coatings
·
Thin Film
Deposition
·
Surface
Characterization
·
Coating
Durability
·
Material Science
·
Coating Processes
·
Thermal Barrier
Coatings
·
Coating
Applications
