Over the past decade, there has been significant interest in harvesting energy from rotational
motion through piezoelectric transduction, with the aim of providing energy-autonomous …

Due to the unique and diverse nonlinear characteristics, bionic structures can effectively
broaden the acquisition bandwidth and improve the performance of harvesters. Inspired by …

Extracting a few microwatts to a few milliwatts of power from sporadic sources of energy in
our surrounding, eg wind gusts, living body motions, or vibrations of civil structures can …

In recent decades, enhancing response in metal oxide semiconductor-based gas sensors
has emerged as a crucial parameter for practical applications. In this study, we present an …

With growing interest in physical activities, wearable device sales have been increasing
each year due to their help in tracking movement. However, keeping these devices running …

Aniline monitoring holds significant importance across various industries. In this study, we
propose a microelectromechanical systems (MEMS) gas sensor employing In2O3-decorated …

This review article explores the advancement of energy harvesting technologies with a
comparative study of various energy harvesting methods suitable for powering small-sized …

In this study, we introduce fractal bluff bodies to galloping energy harvesters (GEH) to
improve the performance of wind energy harvesting. Three basic sectional shapes are …

Harvesting energy from vibrations using piezoelectric mechanism has attracted much
attention for powering wireless sensors over the past decade. This paper proposes a …

The emerging advancements in gas sensing technology present an ongoing challenge in
achieving the selective detection of hydrogen (and ammonia (NH gases while allowing for …