Experimental investigation of eco-friendly cryogenic minimum quantity lubrication (CMQL) strategy in machining of Ti–6Al–4V thin-wall part

Business & Economics

• Eco-friendly 100%
• Machining 98%
• Cooling 36%
• Spindle 25%
• Tool Wear 21%
• Surface Morphology 12%
• Surface Roughness 10%
• Wear Resistance 9%
• Milling 7%
• Environmental Health 7%
• Green Manufacturing 7%
• Defense Industry 7%
• Aerospace Industry 6%
• Environmental Issues 5%
• Manufacturing Process 5%
• Experiment 3%
• Productivity 3%

Engineering & Materials Science

• Cryogenics 84%
• Lubrication 75%
• Machining 63%
• Cooling 18%
• Cutting fluids 14%
• Surface properties 10%
• Green manufacturing 8%
• Wear of materials 7%
• Machinability 6%
• Aerospace industry 5%
• Cutting tools 5%
• Thermal effects 5%
• Titanium 5%
• Wear resistance 4%
• Stress concentration 4%
• Surface roughness 4%
• Productivity 4%
• Health 3%
• Industry 2%
• Experiments 1%

Earth & Environmental Sciences

• cooling 41%
• speed 22%
• defense industry 18%
• fluid 13%
• environmental health 12%
• temperature effect 11%
• environmental issue 11%
• titanium 11%
• surface roughness 11%
• manufacturing 9%
• material 9%
• productivity 7%
• method 5%
• comparison 4%
• experiment 4%
• distribution 4%
• analysis 3%
• effect 2%