Flexible and lead-free piezoelectric nanocomposites were synthesized with BaTiO 3
nanowires (filler) and poly (vinylidene fluoride)(PVDF)(matrix), and the piezoelectric …

This paper deals with piezoelectric characteristics according to the poling condition in order
to improve the disadvantage of conventional poling treatment and find optimal poling …

To develop a composite that also functions as an impact sensor, a piezoelectric glass fiber-
reinforced polymer (GFRP) was fabricated using a mixture of Pb (Ni 1/3 Nb 2/3) O 3-Pb (Zr …

In contrast to commercial piezoelectric ceramics, lead‐free materials such as ZnO and a
polymer matrix are proper candidates for use in ecofriendly applications. In this article, the …

We presented a novel impact paint sensor made of piezoresistive nano-carbon composites
and studied its characteristics. The paint sensors were fabricated with multi-walled carbon …

The size of wind turbine blades is increasing in order to improve energy efficiency. However,
these large blades cause unexpected problems such as bird collisions. If bird collisions with …

Over the past several decades, wind turbines have been established as one of the
promising renewable energy systems for safe and clean energy collection. In order to collect …

In this study, the electrical properties of Carbon nanotubes (CNT)/PNN-PZT/epoxy paint
sensor, a kind of piezoelectric composites, were simulated to explain the effect of the …

В работе экспериментально подтверждена возможность получения
пьезоэлектрического композиционного покрытия на основе фосфатного связующего и …

Enhancing mechanical strength of concrete has been fascinated using carbon-based
nanomaterials such as CNT and graphene. The key to improving strength is a dispersion of …