The Effect of Discharge Current and Pulse-On Time on Biocompatible Zr-based BMG Sinking-EDM

Keyphrases

• After High Temperature 25%
• Biocompatibility 100%
• Bulk Metallic Glass 25%
• Crater Formation 25%
• Crystallization 25%
• Cu-free 25%
• Discharge Current 100%
• Discharge Energy 25%
• Discharge Pulse 100%
• Electron Microscopy Observations 25%
• Exposure Time 25%
• Glass Surface 25%
• Hardness Values 25%
• High Current 50%
• High Pulse 25%
• Long Pulse 25%
• Machinability 25%
• Material Removal Rate 75%
• Medical Devices 25%
• Pulse on Time 100%
• Recast Layer 25%
• Scanning Electron Microscopy 25%
• Sinking Electrical Discharge Machining 100%
• Structural Change 25%
• Surface Evaporation 25%
• Surface Hardness 25%
• Surface Roughness 50%
• Surface Roughness Measurement 25%
• Technological Recommendation 25%
• Time-shifted 25%
• Weight Loss 25%
• Zr-based Bulk Metallic Glass 100%

Engineering

• Bulk Metallic Glass 100%
• Discharge Energy 25%
• Electric Discharge Machining 100%
• Electrical Discharge 100%
• Exposure Time 25%
• Glass Surface 25%
• Hardness Value 25%
• Material Removal Rate 75%
• Pulse-on Time 100%
• Recast Layer 25%

Material Science

• Bulk Metallic Glass 100%
• Electrical Discharge Machining 100%
• Machinability 25%
• Machining 50%
• Medical Device 25%
• Metastable Material 25%
• Scanning Electron Microscopy 25%
• Surface (Surface Science) 75%
• Surface Roughness 75%