A Comparison of Time-Frequency Methods for Nonlinear Dynamics and Chaos Analysis in an Energy Harvesting Model

Engineering

• Energy Harvesting 100%
• Dynamic Behavior 100%
• Frequency Method 100%
• Models 100%
• Motors 100%
• Piezoelectric 50%
• Frequency Domain 50%
• Nonlinearity 50%
• Chaotic Behavior 50%
• Frame 50%
• Bifurcation Diagram 50%
• Computer Simulation 50%
• Applied Voltage 50%
• System Response 50%
• Dynamic Response 50%
• Periodic Behavior 50%
• Portal Frame 50%
• Excitation Force 50%
• Largest Lyapunov Exponent 50%
• Short-Time Fourier Transform 50%
• Applications 50%
• Frequency Range 50%
• Characteristics 50%
• Couplings 50%
• Power Output 50%
• Mechanical Systems 50%

Computer Science

• Dynamic Behavior 100%
• Simulation Mode 100%
• Wavelet Transforms 100%
• Frequency Method 100%
• Nonlinearities 50%
• Frequency Domain 50%
• Chaotic Behavior 50%
• System Response 50%
• Nonstationary Signal 50%
• Distribution Method 50%
• Applied Voltage 50%
• Bifurcation Diagram 50%
• Domain Technique 50%
• Dynamic Power 50%
• Application 50%
• Numerical Simulation 50%
• Ville Distribution 50%
• Periodic Behavior 50%

Physics

• Energy Harvesting 100%
• Wavelet Analysis 100%
• Model 100%
• Non-Linear Dynamics 100%
• Motors 100%
• Piezoelectricity 50%
• Dynamic Response 50%
• Utilization 50%
• Frequency Ranges 50%
• Chaos 50%
• Rangefinding 50%