Effect of fluid concentration in titanium machining with an Atomization-based Cutting Fluid (ACF) spray system

Keyphrases

• Spray System 100%
• Atomization 100%
• Fluid Concentration 100%
• Metalworking Fluids 100%
• Cutting Fluid 100%
• Titanium Machining 100%
• High Friction 50%
• Tool Life 50%
• Lubrication Effect 50%
• High Concentration 25%
• Viscosity 25%
• Water-soluble 25%
• Rutile 25%
• Surface Tension 25%
• Surface Roughness 25%
• Friction Coefficient 25%
• Cutting Force 25%
• Chip Morphology 25%
• Machining Responses 25%
• Machining Performance 25%
• Thermophysical Properties 25%
• Chip Surface 25%
• Thermal Softening 25%
• Cooling Effect 25%
• Interaction Zone 25%
• Tool Wear 25%
• Tool Materials 25%
• Cutting Temperature 25%
• Tool-chip Interface 25%
• Tool Failure 25%
• Flank Wear 25%
• Titanium Alloy Ti-6Al-4V 25%
• Machining Time 25%

Engineering

• Atomisation 100%
• Metalworking Fluid 100%
• Based Cutting Fluid 100%
• Fluid Concentration 100%
• Cutting Force 25%
• Fluid Viscosity 25%
• Tension Surface 25%
• Friction Coefficient 25%
• Test Result 25%
• Ti-6al-4v Alloy 25%
• Thermal Softening 25%
• Machining Response 25%
• Machining Performance 25%
• Cooling Effect 25%
• Flank Wear 25%
• Cutting Temperature 25%
• Chip Interface 25%
• Machining Time 25%

Material Science

• Titanium 100%
• Machining 100%
• Cutting Fluid 100%
• Metalworking 80%
• Lubrication 40%
• Ti-6Al-4V 20%
• Surface Roughness 20%
• Surface Tension 20%
• Titanium Alloys 20%
• Thermophysical Property 20%
• Tool Material 20%