Boosting output performance of tri-hybrid vibration-based generator via quin-stable nonlinearity and speed amplification

Keyphrases

• Nonlinearity 100%
• Output Performance 100%
• Trihybrid 100%
• Vibration Generator 100%
• Speed Amplification 100%
• High Performance 33%
• Potential Well 33%
• System Dynamics 33%
• Operation number 33%
• Nonlinear Behavior 33%
• Induced Motion 33%
• Power Density 33%
• Experimental Demonstration 33%
• Power Level 33%
• Relative Motion 33%
• Work Efficiency 33%
• Upconversion 33%
• Excitation Levels 33%
• Translator 33%
• Electronic Devices 33%
• Hybrid Generator 33%
• Maximum Power Density 33%
• Working Mode 33%
• Steering System 33%
• Human-induced 33%
• Peak Power Output 33%
• Exceptional Performance 33%
• Amplification Characteristics 33%
• Rack-and-pinion 33%
• Moving Component 33%
• Shaker Test 33%
• Triboelectricity 33%
• Ambient Sources 33%

Engineering

• Performance Output 100%
• Nonlinearity 100%
• Power Density 50%
• Steering System 50%
• Power Level 50%
• Output Power 50%
• Piezoelectric 50%
• Relative Motion 50%
• Experimental Model 50%
• Nonlinear Behavior 50%
• Maximum Power Density 50%
• Rack and Pinion Steering 50%

Physics

• Piezoelectricity 100%
• Electromagnetism 100%