Experimental investigation of micro-scale contact fatigue wear damage on EBM-built Ti6Al4V surface

Engineering

• Additive Manufacturing 66%
• Additive Manufacturing Technology 66%
• Anisotropic 33%
• Biomedical Application 33%
• Biomedical Industry 33%
• Build Orientation 33%
• Damage Rate 33%
• Experimental Investigation 100%
• Fatigue Behavior 33%
• Implant 100%
• Joints (Structural Components) 33%
• Microscale 100%
• Sliding Contact 33%
• Surface Fatigue 33%
• Wear Resistance 33%

Material Science

• Corrosion 25%
• Electrical Resistivity 25%
• Fatigue Behavior 25%
• Sliding Contact 25%
• Surface Fatigue 25%
• Three Dimensional Printing 100%
• Wear Resistance 25%

Keyphrases

• Additive Layer 25%
• Asperity Sliding 25%
• Contact Experiments 25%
• Corrosion Resistivity 25%
• Joint Implants 25%
• Optimal Build Orientation 25%
• Roughness Evolution 25%
• Single Asperity 25%
• Traditional Mills 25%
• Tribocorrosion 25%