A study of cutting strategy on surface microstructural changes in ultra-precision raster milling of aluminium alloy

Keyphrases

• Aluminum Alloy 100%
• Microstructural Changes 100%
• Cutting Strategy 100%
• Ultra-precision Raster Milling 100%
• Depth of Cut 66%
• Cutting Force 66%
• Ultra-precision Diamond Turning 33%
• Frequency Change 33%
• Freeform Surface 33%
• One-part 33%
• Milling Process 33%
• Cutting Mechanics 33%
• Advanced Manufacturing Processes 33%
• Power Spectral Density 33%
• Soft Phase 33%
• Temperature Increment 33%
• Conventional Milling 33%
• Nanoscale Roughness 33%
• Cutting chip 33%
• Imposed Strain 33%
• Contribution Rate 33%

Engineering

• Cutting Force 100%
• Manufacturing Process 50%
• Diamond Turning 50%
• Rotational 50%
• Cutting Depth 50%
• Soft Phase 50%
• Imposed Strain 50%
• Advanced Manufacturing 50%
• Power Spectral Density 50%