Polymer-based composite incorporated with inorganic filler has shown great potential for
developing high-performance piezoelectric sensors as they offer unique properties and …

Additive manufacturing (AM) technology has recently seen increased utilization due to its
versatility in using functional materials, offering a new pathway for next-generation …

The recently emerging and actively growing areas of soft robotics and morphing structures
promise endless opportunities in a wide range of engineering fields, including biomedical …

The demand for the capacitive sensor has attracted substantial attention in monitoring
pressure due to its distinctive design and passive nature with versatile sensing capability …

Technical method for strain detection using radio frequency identification (RFID) technology
is characterized by flexibility, low cost and high intelligence. The traditional planar-based …

The demand for acoustic wave-based devices has been rapidly increasing in the aerospace,
chemical, and biological fields due to their versatility towards sensing measurands. This …

The recently emerging and actively growing area of soft robotics promises endless
opportunities in a wide range of engineering fields, including biomedical, industrial, and …

This paper aims to investigate the performance of piezoelectric sensors with different shapes
of 3D-printed microstructures. Based on the numerical analysis in the time-frequency …

The demand for acoustic wave-based sensors has rapidly increased in the aerospace,
chemical, gas, and biological fields due to their versatility in sensing measurands. This study …

Acoustic wave-based devices have attracted greater attention, particularly in the aerospace
and bio-medical fields due to their passive and wireless capabilities. Interdigital transducer …