Enhancing the Thermal Comfort of Woven Fabrics and Mechanical Properties of Fiber-Reinforced Composites Using Multiple Weave Structures

In this study, the different effects of weave structure on comfort properties fabrics and mechanical fiber-reinforced composites were investigated. Fabrics developed using one type material (flax spun yarn) in warp direction three materials (flax, sisal cotton weft directions. Four types weaves (plain, twill, matt mock leno) produced each material. Twelve specimens a sample weaving machine. These with multiweave combinations give wearer zone for sportswear outdoor applications. maintain temperature wearers extreme weather conditions. But these have when interlaced yarns. Air permeability, overall moisture management, stiffness thermal resistance investigated fabric specimens. The hybrid pure flax cotton/sisal exhibited highest value air management capability followed by flax–sisal flax–flax. leno also presented higher permeability compared to mat plain weaves. Bending was observed be those flax/sisal flax–cotton. outerwear blend yarn improved composites, flax/flax showed enhanced properties, i.e., tensile flexural strength. other combinations, longer possessed prominent characteristics. can used window coverings, furniture upholstery sports equipment. potential automotive