Forced Transverse Nonlinear Vibration of an Axially Moving Graphene Sheet Over an Adjacent Substrate

Keyphrases

• Graphene Sheets 100%
• Axially Moving 100%
• Nonlinear Transverse Vibration 100%
• Frequency Response 60%
• Nanobeam 60%
• Squeeze Film Damping 60%
• Dynamic Behavior 40%
• Chaotic Behavior 40%
• Nanosheets 40%
• Mathematical Model 20%
• Resonant Frequency 20%
• Forced Vibration 20%
• Dynamic Performance 20%
• Uniformly Distributed 20%
• Nonlinear Damping 20%
• Response Time 20%
• Harmonic Load 20%
• Euler-Bernoulli Beam 20%
• Natural Frequency 20%
• Axial Velocity 20%
• External Force 20%
• Vibration Amplitude 20%
• Selected Frequency 20%
• Transitional Behavior 20%
• Axial Acceleration 20%
• Galerkin Method 20%
• Bifurcation Diagram 20%
• Classical Beam Theory 20%
• Simply Supported 20%
• Response Behavior 20%
• Time-domain Response 20%
• Modified Couple Stress Theory 20%
• Gap Ratio 20%
• Phase Portrait 20%
• Amplitude Reduction 20%
• Hardening Behavior 20%
• Nonlinear Hardening 20%
• Thin Film Effect 20%
• Axial Motion 20%
• Frequency Response Curve 20%
• Small Size Effect 20%

Engineering

• Graphene Sheet 100%
• Nonlinear Vibration 100%
• Frequency Response 100%
• Resonant Frequency 66%
• Dynamic Behavior 66%
• Nanosheet 66%
• Mathematical Model 33%
• Time Domain 33%
• Harmonics 33%
• Forced Vibration 33%
• Dynamic Performance 33%
• Nanoscale 33%
• Thin Films 33%
• Response Time 33%
• Axial Velocity 33%
• Size Effect 33%
• Bifurcation Diagram 33%
• Classical Beam Theory 33%
• Domain Response 33%
• Hardening Behavior 33%
• Modified Couple Stress 33%
• Gap Ratio 33%
• Damping Effect 33%
• Frequency Response Curve 33%
• Phase Portrait 33%