Deformation characteristic and geometrical size effect in continuous manufacturing of cylindrical and variable-thickness flanged microparts

Keyphrases

• Micro Parts 100%
• Deformation Characteristics 100%
• Geometrical Size Effect 100%
• Variable Thickness 100%
• Continuous Manufacturing 100%
• Progressive Microforming 37%
• Hole-flanging 37%
• Dimensional Accuracy 25%
• Hollow 25%
• Micro-manufacturing 25%
• Ironing Process 25%
• Surface Appearance 12%
• High Productivity 12%
• Product Quality 12%
• Wrinkling 12%
• Deformation Behavior 12%
• Size Effect 12%
• Grain Size 12%
• Defect Formation 12%
• Microforming 12%
• Coupled Models 12%
• Forming Quality 12%
• Required Quality 12%
• Material Microstructure 12%
• Microstructural Evolution 12%
• Load-deformation Behavior 12%
• Lubricant Pockets 12%
• Open-closed 12%
• Product Properties 12%
• Curved Profile 12%
• Application Perspective 12%
• Free Surface Roughening 12%
• Non-uniform Thickness 12%
• Micro-pin 12%
• Tapering Angle 12%
• Flange Thickness 12%
• Unequal Thickness 12%
• Forming Kinematics 12%
• Micro-scaled 12%

Engineering

• Micropart 100%
• Deformation Characteristic 100%
• Size Effect 100%
• Dimensional Accuracy 25%
• Ironing Process 25%
• Experimental Result 12%
• Deformation Behavior 12%
• Forming Quality 12%
• Coupled Model 12%
• Singularities 12%
• Product Quality 12%
• Free Surface 12%
• Blanking 12%
• Forming Load 12%
• Initial Material 12%
• Material Microstructure 12%
• Realization 12%
• Microstructural Evolution 12%

Material Science

• Microforming 100%
• Surface (Surface Science) 50%
• Microstructural Evolution 25%
• Grain Size 25%