Strength Analysis of Epoxy Resin Composite with Litchi and Jamun Seed Powder

Abstract

Recent advances in materials science have opened up new methods for developing sustainable and high-performance composite materials. The research focused on combining epoxy resin with natural fillers to create composites with mechanical strength, tensile strength, flexural strength, thermal properties, and environmental characteristics. This research project focuses on the innovative creation of a novel composite material by combining epoxy resin with jamun and litchi seed powder as reinforcing agents. The aim is to explore the feasibility of utilizing agricultural waste as discarded seeds to produce a sustainable and eco-friendly composite material with enhanced mechanical and thermal properties. Furthermore, the project will focus on sustainability by repurposing agricultural waste, reducing environmental impact, and potentially offering a cost-effective alternative to conventional composite materials. The outcomes of this research will contribute to the development of sustainable composite materials and offer insights into the potential applications of agricultural waste in composite material engineering. The findings will pave the way for eco-friendly alternatives in various industries including manufacturing, construction, and packaging, promoting a more sustainable and greener future. The flexural analysis of the composite specimen infers that sample S6 (10% of litchi seed powder) has the highest flexural strength among all other specimens. The impact analysis of the composite specimen infers that sample S1 is higher than the others. The tensile analysis of the composite specimen infers that sample S1 has the highest tensile strength among all other specimens.