Identifying Deformation and Strain Hardening Behaviors of Nanoscale Metallic Multilayers Through Nano-wear Testing

Keyphrases

• Strain Hardening 100%
• Wear Testing 100%
• Strain Softening 100%
• Nanowear 100%
• Nanoscale Metallic multilayers 100%
• Deformation Hardening 100%
• As-deposited 66%
• Sliding Contact 66%
• Multilayer System 66%
• Dislocation 33%
• Volume Loss 33%
• Long-term Performance 33%
• Film Thickness 33%
• Varying Length 33%
• Thin Systems 33%
• Material System 33%
• Substrate Influence 33%
• Deformation Mechanism 33%
• Strain Hardening Exponent 33%
• Nanoindentation Test 33%
• Initial Hardness 33%
• Nanoscratch 33%
• Complex Loading Condition 33%
• Laser Scanning Microscopy 33%
• Individual Layer Thickness 33%
• Cu-Nb 33%
• Wear Load 33%
• Contact-mechanical Properties 33%

Engineering

• Hardening Behavior 100%
• Nanoscale 100%
• Strain Hardening 100%
• Thin Layer 33%
• Sliding Contact 33%
• Length Scale 16%
• Loading Condition 16%
• Layer Thickness 16%
• Material System 16%
• Deformation Mechanism 16%
• Nanoindentation Test 16%
• Term Performance 16%
• Hardening Exponent 16%
• Individual Layer 16%

Material Science

• Work Hardening 100%
• Wear Testing 100%
• Sliding Contact 33%
• Nanoindentation 16%
• Confocal Microscopy 16%
• Film Thickness 16%
• Deformation Mechanism 16%