Development of woven and quasi-unidirectional reinforcement fabrics with hemp fibers: study of mechanical and preforming behaviors

Plain-Woven Areca Sheath Fiber-Reinforced Epoxy Composites: The Influence of the Fiber Fraction on Physical and Mechanical Features and Responses of the Tribo System and Machine Learning Modeling

“…6−8 Complementary to the studies reported by various authors, the woven composites have exhibited explicit mechanical behaviors in orthogonal directions under various tests compared to the particle, short, or long fiber composites. 9,10 According to a review article by Ivars et al, 11 the most efficient and cost-effective method for producing composites is to use short, untreated fibers. On the other hand, it has been exposed by many researchers 12−14 that the stress transformation between long fibers (woven) and the matrix is superior to that of short and random-oriented fiber composites.…”

“…Nevertheless, it is observed from several studies that certain parameters of natural fibers (NFs), such as their durability, hydrophilicity, and stability toward thermal applications, have barred their full-scale utilization in high-end applications . To face such limitations, researchers have focused on obtaining the optimum benefit of a composite material by various approaches such as surface modification of the fibers, varying the lengths of fibers, hybridization, adding filler materials, weaving the fibers with different patterns, and so on. , One such approach is the plain weaving of NFs, which improves the mechanical and frictional features of the composite, which is of paramount importance to implement in tribological applications. − Complementary to the studies reported by various authors, the woven composites have exhibited explicit mechanical behaviors in orthogonal directions under various tests compared to the particle, short, or long fiber composites. , …”

“… 6 − 8 Complementary to the studies reported by various authors, the woven composites have exhibited explicit mechanical behaviors in orthogonal directions under various tests compared to the particle, short, or long fiber composites. 9 , 10 …”