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 …

Thermally stable and workable triboelectric nanogenerators (TENGs) are vital and highly
efficient in searching and rescuing survivors. They serve as an effective alternative to fire …

Sensors based on everyday textiles are extremely promising for wearable applications. The
present work focuses on high‐performance textile‐based capacitive strain sensors …

Textile sensors have been widely used in many applications such as healthcare, sports, and
entertainment. Focusing on the scientific evolution in the research field of textile sensors, this …

Textile-integrated wearable sensors have exhibited an immense potential to transform
human life by fetching safety and comfort at the forefront. This work underscores a novel …

The development of multifunctional protective polyester/spandex (T/S) fabrics is both
interesting and challenging. In this study, a novel intumescent flame-retardant glyceryl …

Microcrack-based yarn strain sensors with non-uniform and rough structures offer high
sensitivity and flexibility, making them promising for wearable electronics. However, their low …

With the development of smart and functional textiles, electro-conductive fabrics based on
polyaniline have attracted much attention due to its unique chemical structure, ease of …

The textile industry is a significant contributor to economic growth in South Asian nations,
particularly Pakistan, India, and Bangladesh. Their roots date back to the late eighteenth …

This paper documents the design research, concept design and digital fabrication process of
UV Wear-a collection of smart non-digital 3D printed accessories developed by a multi …