A piezoelectric energy harvester design is proposed, which will achieve a wider bandwidth
without compromising energy conversion efficiency for future use in eg gas turbines. By …

A new piezoelectric energy harvester design is proposed in order to achieve a wider
bandwidth without compromising energy conversion efficiency. By coupling two cantilevers …

Piezoelectric energy harvesting on a gas turbine implies constraints like high temperature
tolerance, size limitation and a particular range of vibrations to utilise. In order to be able to …

This paper proposes a versatile non-linear model for predicting piezoelectric energy
harvester performance. The presented model includes (i) material non-linearity, for both …

This paper presents a demonstration of the feasibility of fabricating micro-cantilever
harvesters with extended stress distribution and enhanced bandwidth by exploiting an M …

This paper aims at comparing micromachined cantilever structures with the purpose of
providing design guidelines towards high performance energy harvesters such that they …

Piezoelectric energy harvesting on a gas turbine implies constraints like high temperature
tolerance, size limitation and a particular range of vibrations to utilise. In order to be able to …

This study provides comprehensive analysis of the structure–performance relationships in
cantilever-type piezoelectric energy harvesters. It provides full understanding of the effect of …

The harvesting efficiency of a cantilevered piezoelectric energy harvester is limited by its
uneven strain distribution. Moreover, a cantilevered harvester requires a large workspace …

A crucial issue in piezoelectric energy harvesting is the efficiency of the mechanical to
electrical conversion process. Several techniques have been investigated in order to obtain …