The unsteady hydrodynamics of underwater flexible structures internally actuated by smart
materials are drawing growing attention. In this study, the dynamic measurement and …

This paper examines the potential of bistable dual cantilever flutter (DCF) for wind energy
harvesting applications. Two cantilever beams were placed side by side and perpendicular …

Energy harvesting is an emerging technology that uses ambient vibrations to generate
electricity. The harvesting energy from vibrating environments can be stored by batteries to …

Energy harvested from vibrations can be used to power eg wearables and Internet-of-things
devices. Here we investigate a two-dimensional triangular-shaped electromagnetic vibration …

This study investigates wind energy harvesting from electromagnetic dual cantilever flutter
(DCF) and multi cantilever flutter (MCF) arrays. Initially, the bare DCF was tested under …

The levered-dual response (LEDAR) Coulomb-damped system attains near resonant
vibration isolation by differential preloads/offsets in linear springs. It takes the advantages of …

This work focused on the effect of the multiple connection modes of capacitors in the circuit
of a specific single-degree-of-freedom electromagnetic vibration energy harvest, especially …

This paper presented a simulation approach to curate methods for determining which coil
geometry/connection type, however of equal volume is most suitable for achieving higher …

Energy harvesters provide excellent solutions for the power supply problem of wireless
sensor nodes (WSNs), and energy harvesters with a wider bandwidth will clearly better …

As reactive components, capacitors and inductors play an important role in the tuning of
energy harvesters, but only a few monotonic connection modes between reactive …