A Thorough Analysis of the Tensile, Bending, Impact, and Sem Microstructure of Jute Fabric Epoxy Reinforced with Tiny Fibers from Banana and Coconut

Abstract

This study provides a comprehensive investigation of bio-inspired composite materials, focusing on jute fabric epoxy reinforced with microfibers from bananas and coconuts. The mechanical characteristics of these innovative composites will be investigated using tensile, bending, and impact tests and their microstructure will be investigated using scanning electron microscopy (SEM). Jute cloth, an ecologically benign and sustainable material, serves as the foundation. A matrix is created with epoxy to improve structural stability. The fibers from banana and coconut, which are renowned for being robust and lightweight, are added to this matrix in order to optimize the combined advantages of these organic foods. Tensile testing measures the material's strength under tension; bending tests evaluate its flexural properties; and impact testing quantifies its resistance to sudden pressures. SEM microstructure study provides crucial insights into the distribution and interaction of fibers inside the composite, elucidating the reasons behind the observed mechanical behavior. The findings of this study not only represent a significant advancement in the realm of bio-inspired materials, but they also have potential applications in industries searching for eco-friendly alternatives. Understanding the intricate relationships between jute, epoxy, and natural fibers might help develop green composite materials with improved mechanical properties.

Keywords: Natural fibers, Banana fibers, Jute fabrics, Bio-inspired materials.