Precise Correlation of Contact Area and Forces in the Unstable Friction between a Rough Fluoroelastomer Surface and Borosilicate Glass

Keyphrases

• Elastomer 100%
• Contact Area 100%
• Borosilicate Glass 100%
• Friction 100%
• Contact Force 100%
• Fluoroelastomer 100%
• Stick-slip Motion 66%
• Sliding Motion 66%
• Real Contact Area 66%
• In Situ 33%
• Adhesion 33%
• High-resolution 33%
• Manufacturing Process 33%
• Local Strain 33%
• Surface Features 33%
• Image Sequence 33%
• Sliding Velocity 33%
• High Amplitude 33%
• Rough Surface 33%
• Stick-slip Friction 33%
• Low Amplitude 33%
• In Situ Techniques 33%
• Sticking 33%
• Viscous Dissipation 33%
• Interfacial Forces 33%
• Learning Scheme 33%
• Multi-methodological Approach 33%
• Partial Slip 33%
• Slip Model 33%
• Critical Velocity 33%
• Machine Learning 33%
• Dynamic Contact 33%
• Slip Region 33%
• Otsus Method 33%
• Gross Slip 33%
• Contact Evolution 33%

Engineering

• Elastomer 100%
• Contact Area 100%
• Borosilicate Glass 100%
• Fluoroelastomers 100%
• Stick-Slip 66%
• Real Contact Area 66%
• Manufacturing Process 33%
• High Resolution 33%
• Local Strain 33%
• Surface Feature 33%
• Image Sequence 33%
• Macroscale 33%
• Sliding Velocity 33%
• Stick Slip Motion 33%
• Learning Scheme 33%
• Slip Model 33%
• Slip Region 33%

Material Science

• Contact Area 100%
• Borosilicate Glass 100%
• Elastomer 60%
• Rough Surface 20%