Investigation of friction induced vibrations on a nonlinear two degree of freedom mathematical model and experimental validation

Keyphrases

• Two-degree-of-freedom 100%
• Experimental Validation 100%
• Operating Parameters 100%
• Friction-induced Vibration 100%
• Mathematical Model Validation 100%
• Dynamic Response 66%
• Nonlinear Mathematical Model 50%
• Governing Equation 33%
• Numerical Solution 33%
• Friction Model 33%
• Lower Order 33%
• Dynamic Friction Coefficient 33%
• Artificial Neural Network Model 16%
• Dynamic Behavior 16%
• Model Prediction 16%
• Friction Nonlinearity 16%
• Numerical Results 16%
• Response Behavior 16%
• Model Solution 16%
• Artificial Neural Network Method 16%
• Chaotic Behavior 16%
• Bifurcation Analysis 16%
• Fundamental Frequency 16%
• Model Measurement 16%
• Different Dynamics 16%
• Kinematic Nonlinearity 16%
• Period Doubling 16%

Engineering

• Two Degree of Freedom 100%
• Operating Parameter 100%
• Induced Vibration 100%
• Dynamic Response 66%
• Numerical Solution 33%
• Belts 33%
• Friction Model 33%
• Coefficient of Friction 33%
• Artificial Neural Network Model 16%
• Good Correlation 16%
• Model Prediction 16%
• Dynamic Behavior 16%
• Bifurcation Analysis 16%
• Fundamental Frequency 16%
• Artificial Neural Network 16%
• Nonlinearity 16%

Chemical Engineering

• Neural Network 100%