Effect of cutting tools and working conditions on the machinability of TI-6AL-4V using vegetable oil-based cutting fluids

Engineering

• Lubricant 40%
• Machining 20%
• Increasing Productivity 20%
• Main Advantage 20%
• High Viscosity 20%
• Ecosystems 20%
• Heat Losses 20%
• Surface Integrity 20%
• Average Surface Roughness 20%
• Flash Point 20%
• Surface Quality 20%
• Potential Source 20%
• Human Health 20%
• Cutting Zone 20%
• Lubricant Film 20%
• Chip Thickness 20%
• Low Productivity 20%
• Machining Industry 20%
• High Load Carrying Capacity 20%
• Durables 20%
• Process Variable 20%
• Design of Experiments 20%

Chemistry

• Vegetable Oil 100%
• Cooling 40%
• Cutting Tool 40%
• Lubrication 20%
• Machining 20%
• Ecosystem 20%
• Titanium Alloy 20%
• Toxicity 20%
• Thermal Conductivity 20%
• Biodegradability 20%
• Fatty Acid 20%
• Thermal Stability 20%
• Heat 20%
• Flash Point 20%
• Metal 20%
• Roughness 20%

Material Science

• Machinability 40%
• Surface Property 20%
• Toxicity 20%
• Chip Formation 20%
• Titanium Alloys 20%
• Mineral Oil 20%
• Tool Material 20%
• Carbide 20%
• Machining 20%