The seamless integration of emerging triboelectric nanogenerator (TENG) technology with
traditional wearable textile materials has given birth to the next‐generation smart textiles, ie …

While nonwoven fabrics have existed for several decades, their usage in personal protective
equipment (PPE) has been met with a rapid surge of demands, in part due to the recent …

Pivotal to efficient optimization of filter media using highly resolved pore-scale computational
fluid dynamics (CFD), is the ability to generate virtual filter geometries with controllable …

Spunbond process used in nonwoven manufacturing employs the system which combines
fiber-forming and bonding together. A high molecular weight polymer, eg, PP …

The structure of nonwoven fabric has a great influence on the fabric properties, and the
filtration performance of the fabric is determined by its pore structures and key parameters …

Fibrous materials play a significant role in many industries, such as lightweight automotive
materials, filtration, or as constituents of hygiene products. The properties of fibrous …

Purpose Spunlacing is a promising nonwoven technology for the production of fabric with
good handle and better structural integrity. Structural parameters such as pore size …

The structures of melt-blown nonwoven fabric, including the fiber volume fraction and fiber
orientation, are decided by the melt-blowing conditions, such as the die-to-collector distance …

The filtration performance of nonwovens, such as virus protection and air purification,
depends largely on their microstructure, that is, their internal structure. With the development …

Hydroentangling is a process in which fibers are entangled by impinging of a curtain of high-
speed water jets to form mechanically strong, soft, and textile-like fabrics. Hydroentangled …