Keyphrases
Piezoelectric Energy Harvester
56%
Harvester
44%
Piezoelectric Energy Harvesting
23%
Experimental Validation
21%
Energy Harvesting Performance
19%
Energy Harvester
15%
Vibration-based Method
14%
Piezoelectric Stack
14%
Bio-inspired
14%
Power Output
13%
Energy Harvesting
13%
Interface Circuit
12%
Piezoelectric Materials
12%
Material Nonlinearity
12%
Electromechanical Coupling
12%
Excitation Levels
11%
Vibration Energy Harvesting
10%
Numerical Simulation
10%
Power Limit
8%
Magneto-electro-elastic
8%
Model Validation
8%
System Level
8%
Off-resonance
8%
Dynamic Interaction
8%
Animal Telemetry
8%
Multiple-scale Analysis
8%
Energy Harvesting System
8%
Self-powered
8%
Piezoelectric Transducer
8%
Theoretical Modeling
7%
Governing Equation
7%
Linear Circuits
7%
Equivalent Linear
7%
Resistive Load
7%
Nonlinear piezoelectricity
7%
Nonlinearity
7%
Human Walking
7%
Average Output Power
7%
Human Body
6%
Average Power
6%
Venus Flytrap
6%
Vibration Characteristics
6%
Power Characteristics
6%
Dynamic Response
5%
Random Excitation
5%
Finite Element Model
5%
High Performance
5%
Phononic Bandgap
5%
Approximate Solution
5%
Model Selection
5%
Engineering
Piezoelectric
100%
Harvester
87%
Energy Harvesting
63%
Power Output
20%
Bistables
17%
Vibration Control
14%
Transducer
14%
Piezoelectric Stack
13%
Interface Circuit
11%
Average Power
10%
Piezoelectric Material
9%
Multiple Scale
9%
Non-Linear Dynamic
9%
Potential Function
8%
Resonance Energy
8%
Main Idea
8%
Applicability
8%
Genetic Algorithm
8%
Markov Chain Monte Carlo Simulation
8%
Material Nonlinearity
8%
Optimal Placement
8%
Scale Analysis
8%
Self-Powered
8%
Design Parameter
7%
Intelligent Structures
7%
Resistive Load
7%
Dynamic Models
6%
Human Walking
6%
Finite Element Modeling
5%
Power Generation
5%
Damper System
5%
Power Limit
5%
Approximate Solution
5%
Analytical Model
5%
Finite Element Simulation
5%
