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cuipeng xia

Graduate Teaching Assistant

University of Auckland

New Zealand

Research Interests

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About

Cuipeng Xia is a Graduate Teaching Assistant at the University of Auckland, New Zealand. His research focuses on energy harvesting technologies, particularly in the areas of piezoelectric and electromagnetic energy harvesters, and bio-inspired design. Recent articles highlight his work on enhancing energy harvesting performance through innovative approaches such as tri-section beams and origami-inspired mechanisms.

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Collaborators (6)

Peilun Yin

Graduate Teaching Assistant

University of Auckland

NEW ZEALAND

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Kean Aw

Professor

University of Auckland

NEW ZEALAND

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Daniel Inman

Buning Collegiate Professor

University of Michigan

UNITED STATES

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Yuting Zhu

Lecturer

Griffith University

AUSTRALIA

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Lihua Tang

Associate Professor

University of Auckland

NEW ZEALAND

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Wee Chen Gan

Associate Professor

Xiamen University Malaysia

MALAYSIA

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cuipeng xia

Research Interests

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About

Articles (20)

Self-charge pumping circuit with high reverse-voltage diodes for stepwise charge enhancement in stack triboelectric nanogenerators

Vortex-induced vibration piezoelectric energy harvester with arch beam for multi-directional operation and self-powered sensing

A galloping-based electromagnetic energy harvester using relative motion of tandem cylinders with P-flexure support and large passive turbulence control

Deep learning-assisted multi-objective optimization of labyrinthine ventilated acoustic metamaterials

Prediction of the Extreme Dynamic Amplification Factor Based on Bayesian Peaks-over-Threshold-Generalized Pareto Distribution Method and Random Traffic-Bridge Interaction

A V-shaped galloping piezoelectric energy harvester exploiting bending and torsional modes

Modeling and validation of a tri-section beam based multi-directional galloping energy harvester

Harnessing ultra-low-frequency vibration energy by a rolling-swing electromagnetic energy harvester with counter-rotations

Performance enhancement of piezoelectric energy harvesters based on flow-induced vibration via bio-inspired design

A magnet-actuated contact-sliding-separation mode triboelectric nanogenerator

Performance-boosted piezoelectric wind energy harvester via biomimetic design for self-powered sensing

Harnessing Human Motion Energy by a Rolling-Swing Electromagnetic Energy Harvester with Counter-Rotations

Higher-order defective metamaterial for multi-band low-frequency vibration localization

A multi-directional and multi-modal galloping piezoelectric energy harvester with tri-section beam

Kresling origami-inspired electromagnetic energy harvester with reversible nonlinearity

A compliant mechanism actuated bistable hybrid mode triboelectric nanogenerator

Multi-directional and multi-modal vortex-induced vibrations for wind energy harvesting

A multi-directional and multi-modal galloping piezoelectric energy harvester with tri-section beam

Kresling origami-inspired electromagnetic energy harvester with reversible nonlinearity

Dynamic Amplification Factors of an Arch Bridge Under Random Traffic Flows

Collaborators (6)

Peilun Yin

Kean Aw

Daniel Inman

Yuting Zhu

Lihua Tang

Wee Chen Gan

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