Harvesting energy from renewable sources such as solar energy, wind energy, hydro
energy, etc. has always played a prominent role in meeting the ever-rising energy demands …

In the contemporary quest for sustainable energy, the potential of piezoelectric energy
harvesters to convert mechanical vibrations into electrical energy has become increasingly …

This paper investigates energy harvesting performances of porous piezoelectric polymer
films to collect electrical energy from vibrations and power various sensors. The influence of …

In this article, the authors present a porous copolymer film with pseudo‐piezoelectric effects
as a new candidate material for sensing applications. Porous films of poly (ethylene‐co …

Fuzzy logic-based control systems are widely used in various fields like home appliances,
medical instruments, automobiles, textile machinery, agriculture equipment and aviation for …

With recent advancements in energy conversion mechanisms, piezoelectric ceramics (1–x)
PbMg 1/3 Nb 2/3 Ο 3-xPbTiΟ 3 (1–x) PMN-xPT have demonstrated their abilities for …

Nowadays, population growth and increasing urbanization imply a growing demand for
energy, which must be achieved while limiting polluting emissions. To meet this dual …

A piezoelectric porous film is designed to convert daily human activities and acoustic
vibrations into usable electrical energy. Copolymers are one of the materials used for …

Background: In this article, an approach to harvesting electrical energy from a mechanically
excited piezoelectric element has been described. Three PMN-xPT compositions were used …

In recent years, researchers have been develo** solutions to reduce our energy
consumption by optimizing existing systems in different ways. Indeed, it is not enough just to …