Atomic insights into the abrasive wear mechanisms of mono- and multi-layer coatings at the single asperity level

Engineering

• Single Asperity 100%
• Abrasive Wear 100%
• Multilayer Coating 100%
• Monolayer 100%
• Nanoscale 42%
• Computer Simulation 28%
• Adhesive Strength 28%
• Monolayer Coating 28%
• Plastic Deformation 28%
• Wear Resistance 14%
• Constant Value 14%
• Mechanical Systems 14%
• Applicability 14%
• Experimental Observation 14%
• Nanolayers 14%
• Deformation Mechanism 14%
• Material Removal 14%
• Abrasion 14%
• Component Failure 14%
• Material Removal Mechanism 14%
• Induced Roughness 14%
• Induced Plasticity 14%
• Damage Surface 14%
• Slip System 14%
• Cutting Depth 14%
• Bonding Configuration 14%
• Material Removal Process 14%
• Adhesive Wear 14%
• Crystal Orientation 14%

Material Science

• Multilayer 100%
• Abrasion 100%
• Monolayer 100%
• Plastic Deformation 28%
• Anisotropy 28%
• Single Crystal 28%
• Mechanical Strength 28%
• Monolayers 28%
• Surface Roughness 28%
• Wear Resistance 14%
• Deformation Mechanism 14%
• Bond Strength (Materials) 14%
• Adhesive Wear 14%
• Amorphization 14%
• Crystal Orientation 14%
• Scratch Hardness 14%
• Surface Damage 14%