Daily exposure under solar ultraviolet (UV) and infrared (IR) is prone to cause skin cancer photoaging. Real-time monitoring of the environmental UV index IR radiation temperature during outdoor activities can enhance awareness strengthen personal protection. It a challenge design flexible, wearable devices (with measurement capabilities) that be integrated with apparels. Here, microfluidic spi...

Thermal comfort properties are very important factors for knitted fabrics. Optimized demanding during the design of garments, especially sportswear, outerwear and underwear. Knitted fabrics produced from regenerated fibers other than cotton highly preferred due to their eco-friendly, environmentally friendly superior performance properties. In this study, woven were investigated. single jersey ...

Formation of woven and lamellar bone in the adult skeleton can be induced through mechanical loading. Although much is known about the morphological appearance and structural properties of the newly formed bone, the molecular responses to loading are still not well understood. The objective of our study was to use a microarray to distinguish the molecular responses between woven and lamellar bo...

It is of great mathematical significance and practical importance that the number of fiber intersections and uniformity within a unit area of a non-woven fiber web changes with the number and lengths of fibers as well as with aggregate length. The numerical relationships, while most important for imparting the desired physical and mechanical properties of the resulting fabric, are complex and n...

Textile engineering can offer a multi-scale toolbox via various fiber or textile fabrication methods to obtain woven nonwoven aerogels with different structural and mechanical properties overcome the current limitations of polysaccharide-based aerogels, such as poor undeveloped shaping techniques. Hereby, high viscous solution microcrystalline cellulose zinc chloride hydrate was wet spun produc...

In the manufacturing process of innovative fiber-based composite materials, natural fibers are among most commonly employed reinforcements. this study, Enset/Sisal (E/S) fiber with a polyester matrix was used to develop hybrid composites. Hand layup methods were for sample preparation from untreated, 5%, and 10% alkali-treated unidirectional woven orientations having 50:50 volume ratios. The me...

A composite is one of the materials that a mixture two or more to form third, useful material. In this study, researchers chose bamboo fiber and iron sand as reinforcement for because selection research material took into account potential in Indonesia which abundant has not been utilized properly. The purpose making fibrous aims find lighter stronger elastic, can be developed other products su...