Investigation of vibration energy harvesting using two cantilevers with random input

Keyphrases

• Ambient Vibration 50%
• Cantilever 100%
• Cantilever Beam 100%
• Cantilever Harvester 50%
• Coupled Duffing Oscillators 50%
• Double Cantilever 50%
• Double-well Function 50%
• Electrical Energy 50%
• Energy Efficiency 50%
• Energy Harvester 50%
• Excitation Levels 100%
• Frequency Bandwidth 50%
• Gaussian Random 50%
• Harvester 50%
• Input Signals 50%
• Kinetic Energy 50%
• Large Bandwidth 50%
• Low Performance 50%
• Magnetic Force 50%
• Mechanical Energy 50%
• Nonlinear Energy Harvester 100%
• Optimal Distance 50%
• Oscillator Equation 50%
• Piezoelectric Materials 50%
• Potential Energy Function 50%
• Power Spectral Density 50%
• Random Inputs 100%
• Simulation Study 50%
• Threshold Distance 50%
• Variable Potential 50%
• Vibration Energy Harvester 100%
• Vibration Energy Harvesting 100%

Engineering

• Cantilever Beam 28%
• Electrical Energy 14%
• Energy Efficiency 14%
• Energy Function 14%
• Energy Harvesting 100%
• Frequency Bandwidth 14%
• Gaussians 14%
• Harvester 100%
• Input Signal 14%
• Magnetic Force 14%
• Mechanical Energy 14%
• Oscillator 14%
• Piezoelectric Material 14%
• Potential Energy 14%
• Potential Function 14%
• Power Spectral Density 14%