Theoretical and experimental investigation into non-uniformity of surface generation in micro-milling

Keyphrases

• Non-uniformity 100%
• Surface Generation 100%
• Micro-milling 100%
• Surface Nonuniformity 100%
• Surface Roughness 66%
• Surface Quality 66%
• Chip Thickness 66%
• Milled Surface 66%
• Nonuniform Surface 66%
• Ploughing 66%
• Minimum chip Thickness 66%
• Ploughing Effect 66%
• Feed Rate 33%
• Evaluation Method 33%
• Depth of Cut 33%
• Cutting Speed 33%
• Mathematical Model 33%
• Cutting Force 33%
• Ratio Analysis 33%
• Shear Mechanism 33%
• Elastic Recovery 33%
• High Surface Roughness 33%
• Induced Variation 33%
• Prediction Model 33%
• Surface Generation Mechanism 33%
• Thickness Effect 33%
• Relative Standard Deviation 33%
• SN Ratio 33%
• Low Surface Roughness 33%
• Alignment Error 33%
• Recovery Effect 33%
• Forced Oscillation 33%
• Surface Uniformity 33%
• Micro-milling Process 33%
• Relative Tool Sharpness 33%
• Tool Rotation 33%

Engineering

• Milling Micro 100%
• Experimental Investigation 100%
• Theoretical Investigation 100%
• Nonuniformity 100%
• Surface Quality 40%
• Chip Thickness 40%
• Minimum Chip Thickness 40%
• Experimental Result 20%
• Cutting Force 20%
• Feed Rate 20%
• Cutting Speed 20%
• Elastic Recovery 20%
• Changing Effect 20%
• Relative Error 20%
• Mathematical Model 20%

Food Science

• Analysis of Variance 100%