| dc.description.abstract | This thesis conducts a comprehensive examination of bio-inspired composite materials,
focusing on the integration of jute cloth with epoxy reinforced by microfibers derived from
coconut and banana. The study employs tensile, bending, and impact tests to thoroughly
analyze the mechanical characteristics of these innovative composites. Additionally,
scanning electron microscopy (SEM) is utilized to investigate the microstructure of the
materials. The primary constituent, jute fabric, is chosen for its sustainability and
environmentally friendly attributes, while epoxy serves as the matrix for heightened
structural stability. The primary goals of this research are to assess the tensile strength,
flexural properties, and impact resistance of the bio-inspired composite material. Through
SEM analysis, the microstructure of the composite will be explored to gain insights into
the distribution and interaction of fibers within the matrix. The study aims to contribute
valuable insights to the evolving field of bio-inspired materials. The results hold promise
for various industries seeking environmentally friendly alternatives. Understanding the
intricate interactions among jute, epoxy, and natural fibers may pave the way for the
development of eco-friendly composite materials with enhanced mechanical attributes. It
is crucial to acknowledge the limitations of this study, such as the specific conditions under
which tests were conducted and the inherent variability in natural fibers. Additionally, the
findings may be influenced by the manufacturing process and variations in fiber
composition | en_US |
