Wireless technology plays an important role in data communication and power transmission,
which has greatly boosted the development of flexible and stretchable electronics for …

With the substantial growth of the smart textiles market, electrical properties are becoming a
basic requirement for most of the advanced textiles used in the development of wearable …

In this study, the relationship between the functionality and comfort of conductive fabrics for
smart clothing is investigated by examining changes in the mechanical, electrical, and …

Conductive yarns have emerged as a viable alternative to metallic wires in e-Textile devices,
such as antennas, inductors, interconnects, and more, which are integral components of …

Benefitting from the multifunctional properties of knitted fabrics with elasticity, flexibility, and
high resilience, knitted strain sensors based on structure and strain performance are widely …

Large-area fabric sensors, that feature high integration density, numerous signal lines, long
transmission paths, and complex signal profiles, are prone to exhibit low signal-to-noise …

Based on the static resistive network investigated in Part 1 of this series, the resistive
network model of the weft-knitted strain sensor with the plating stitch is explored under the …

Weft knitted conductive fabrics can act as excellent textile strain sensors for human motion
capture. The loop architecture dictates the overall electrical properties of weft knit strain …

Electrical heated clothing (EHC) is a revolutionary concept that combines garment with
electrical technology to create garments capable of actively regulating and providing warmth …

In this study, we explore how the strategic positioning of conductive yarns influences the
performance of plated knit strain sensors fabricated using commercial knitting machines with …