… This paper studies a piezoelectric impact energy harvesting device consisting of two …
Friswell and Adhikari [27] considered different sensor shapes and their analysis may be …

… the parameters influencing the device performances in terms of energy harvesting. A
prototype of the impact harvester is experimentally characterized: for a generator occupying …

… Energy harvesting has also been attracted for its advantage to prolong the lifetime and
without sustained energy supply. Considering the system complexity and lower interference, in …

… analysis of vibro-impact energy harvesters with the stochastic averaging method. In the
present paper, a kind of vibro-impact energy harvesting … energy harvester with impact to be …

… impact type energy harvester, the energy harvesting characteristics of a bent beam under
impact … design of the internal impact type piezoelectric energy harvester, followed by Section 3 …

… of vibration-based energy harvesting: impact spread and energy conversion. A simple
analytical model of the impact spread is proposed to estimate the impact over time and distance, …

… energy harvesting and multi-impact energy harvesting, a novel piezoelectric multi-impact
wind-energy-harvesting … wind energy with a considerably high efficiency and high energy output…

… frequency resonator impacts a high frequency energy harvesting resonator, resulting in
energy harvesting predominantly at the system’s coupled vibration frequency. Analysis shows …

… The normalized results of this analysis indicated that piezoelectric samples having highly
efficient geometrical designs, such as embedded fibers, produced the highest …

… energy conversion in piezoelectric energy harvesters, this study investigates four-point bending
(FPB) energy harvesters (… The FPB configuration innovatively extends energy harvesting …