A multi-scale model for friction in cold rolling of aluminium alloy

Keyphrases

• Aluminum Alloy 100%
• Cold Rolling 100%
• Friction 100%
• Asperity Contact 100%
• Scale Model 100%
• Friction Model 66%
• Friction Factor 66%
• Rolling Surface 33%
• Entrainment 33%
• Rolling Mill 33%
• Physical Phenomena 33%
• Strip Surface 33%
• Mixed Lubrication Regime 33%
• Cold Metal 33%
• Roughness Scale 33%
• Flattening Process 33%
• Roll Roughness 33%
• Boundary Friction 33%
• Boundary Friction Coefficient 33%
• Tribochemical Reaction 33%
• Transfer Layer 33%
• Oil Film Thickness 33%
• Metal-metal Oxide 33%
• Average Friction Coefficient 33%
• Asperity Flattening 33%
• Thin Film Lubrication 33%
• Strip Drawing 33%
• Metal Rolling 33%
• Contact Area 33%
• Lubrication Condition 33%
• Drawing Simulation 33%
• Friction Coefficient 33%
• Real Contact Area 33%
• Boundary Lubrication Friction 33%

Engineering

• Multiscale Model 100%
• Cold Rolling 100%
• Coefficient of Friction 100%
• Boundary Friction 66%
• Friction Model 66%
• Contact Area 66%
• Friction Factor 66%
• Good Agreement 33%
• Length Scale 33%
• Thin Films 33%
• Roll Surface 33%
• Hydrodynamics 33%
• Rolling Mill 33%
• Fitting Parameter 33%
• Mixed Lubrication 33%
• Rolling Metal 33%
• Boundary Lubrication 33%
• Predicted Value 33%
• Physical Phenomena 33%
• Lubrication Regime 33%
• Oil Film Thickness 33%

Material Science

• Contact Area 100%
• Aluminum Alloy 100%
• Thin Films 50%
• Film Thickness 50%
• Hydrodynamics 50%
• Lubrication 50%
• Boundary Lubrication 50%
• Mixed Lubrication 50%
• Metal Oxide 50%
• Surface Roughness 50%
• Surface (Surface Science) 50%