Introducing hinge mechanisms to one compressive-mode piezoelectric energy harvester

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Keyphrases

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Piezoelectric Energ... Keyphrases
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Compressive Mode Keyphrases
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Hinge Mechanism Keyphrases
60
High Efficiency Keyphrases
20
Numerical Model Keyphrases
20
Output Voltage Keyphrases
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Fundamental Frequen... Keyphrases
20
Duffing Oscillator Keyphrases
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Power Output Keyphrases
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Numerical Modeling Keyphrases
20
Frequency Sweep Keyphrases
20
Velocity Response Keyphrases
20
Voltage Power Keyphrases
20
Voltage Response Keyphrases
20
Fundamental Resonan... Keyphrases
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Operational Bandwid... Keyphrases
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Piezoelectric Const... Keyphrases
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Oscillator Equation Keyphrases
20
Response Velocity Keyphrases

INIS

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energy INIS
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piezoelectricity INIS
50
efficiency INIS
33
performance INIS
33
voltage INIS
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output INIS
33
equations INIS
16
dynamics INIS
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comparative evaluat... INIS
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velocity INIS
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power INIS
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modeling INIS
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excitation INIS
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oscillators INIS

Engineering

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Energy Engineering Engineering
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Mechanisms Engineering
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Piezoelectric Engineering
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Hinge Engineering
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Harvester Engineering
50
High Efficiency Engineering
33
Performance Engineering
33
Prototype Engineering
16
Voltage Engineering
16
Velocity Engineering
16
Numerical Model Engineering
16
Illustrates Engineering
16
Constitutive Equati... Engineering
16
Output Voltage Engineering
16
Fundamental Frequen... Engineering
16
Output Power Engineering
16
Numerical Modeling Engineering
16
Model Engineering
16
Resonant Frequency Engineering
16
Oscillator Engineering
16
Sweep Frequency Engineering
Research OutputsResearch Output authored by Introducing hinge mechanisms to one compressive-mode piezoelectric energy harvester is tagged with the concept