Polymer piezoelectric devices have been widely studied as sensors, energy harvesters, and
generators with flexible and simple processes. Flexible piezoelectric devices are sensitive to …

Polymeric piezoelectric devices have been widely researched because of their many
advantages including flexibility and easy preparation. Most previous studies investigated the …

The development of self-powered vibration sensors using polymeric piezoelectric
nanomaterials has attracted great attention owing to their outstanding flexibility and energy …

Piezoelectric materials have received considerable attention from the smart structure
community because of their potential use as sensors, actuators and power harvesters. In …

With the rapid development of internet of things and wearable electronics, how to
conveniently power uncountable sensors remains a huge challenge. Energy harvesting …

In this study, near-field electrospinning (NFES) is used to fabricate Ba x Sr1–x TiO3
(BST)/poly (vinylidene fluoride)(PVDF) piezoelectric fiber composites with excellent …

This study reports the electrospinning of polyvinylidene fluoride (PVDF) piezoelectric
nanofiber array on an interdigital (IDT) electrode to fabricate a flexible sensing device. This …

Recently, efforts have been made to manufacture self-sensing smart composites by
integrating piezoelectric sensors with laminates. However, the interleaving of pressure …

Acoustic energy is a sustainable and clean form of energy that is always being generated
and wasted in our environment. Acoustic energy harvesting technology is a very promising …

Recently, the need for long-term structural health monitoring has warranted the design of
novel sensing transducers. In particular, nanotechnology offers new material processing …