Composite pipes have been widely applied in various fields, and their structural health
monitoring has garnered widespread attention. In this study, self-sensing joints were …

Flexible strain sensors are in high demand for the detection of polymorphic changes in smart
wearable devices, particularly in response to the tensile and pressure stimuli of the human …

This paper discusses the development of wearable flexible textile-based strain sensors for
monitoring multiple human motions. With the growing interest in wearable technology for …

Many challenges persist with traditional self-sensing cementitious composites, such as
selecting conductive fillers, determining optimal aspect ratios, controlling dosage, achieving …

In recent years, flexible strain sensors have received considerable attention owing to their
excellent flexibility and multifunctionality. However, it is still a great challenge for them to …

Various yarn-shaped flexible strain sensors have recently been developed. However,
research is lacking on additive manufacturing for smart clothing for integrating yarn sensors …

In order to meet the growing demand for high-performance sensors for applications such as
smart electronics, motion signal analysis, and human-body monitoring, there is an urgent …

An encapsulated sandwich-structured flexible strain sensor with high sensitivity and simple
repairability was prepared using a Sn–Bi alloy film as the sensitive layer. Conductive …

Flexible strain sensors are one of the key components of future intelligent devices. When
dealing with low-strain or weak signals, the sensors with high sensitivity can amplify the …

Strain sensing behavior of conductive polymer composites (CPCs) is governed by the
intrinsic structure of polymers and fillers. However, corrosion fatigue is often an inevitable …