This paper presents a comprehensive review of the various research methods and theory
calculation models that are employed in engineering to study the static and dynamic …

This study proposes a multi-frequency response piecewise-linear piezoelectric vibration
energy harvester (MFRPLP-VEH) by combining the linear multi-frequency resonance and …

A normalized model for piezoelectric and electromagnetic vibration energy harvesters is
described, allowing a unique expression of the harvested power to be written. The …

The application of stochastic resonance to mechanical energy harvesting is currently of
topical interest, and this paper concentrates on an analytical and experimental investigation …

The pendulum applied to the field of mechanical energy harvesting has been studied
extensively in the past. However, systems examined to date have largely comprised simple …

This study focuses on the conceptual development, analytical modeling and experimental
wind tunnel testing of a high efficiency energy harvesting (EH) device, based on …

The objective of this research is to design a piezoelectric tile for harvesting energy from
footsteps and to optimize the system for harvesting maximum energy. Because piezoelectric …

Energy harvesting from ambient vibration is an emerging and promising solution to the
power supply problem associated with autonomous sensors. This article proposes a novel …

To improve the damping properties of rubbers, organic tackifiers such as hydrocarbon
resins, rosin esters, and polyterpenes are often incorporated to increase the intermolecular …

An optimal design of a beam structure coupled with a piezoelectric patch is developed to
achieve high efficiency of power transformation from a mechanical input to an electrical …