Experimental study of the Mechanical Properties of Jute fiber and Coconut Shell Powder reinforced Epoxy Composites

Abstract

Sustainability issues and environmental protection are becoming more and more important to scientists and engineers working in the field of materials. As compared to conventional synthetic fiber composite materials, the preference is given to Natural Fibers because of their environmental compatibility, biodegradable properties and sustainability. Using a hand lay-up approach, an epoxy piece made of a Jute fiber-epoxy composite mixed with coconut shell powder is created. An open style mild steel plate mold has been utilized for this purpose. The strength of the jute epoxy composite was found to be superior in both compressive and tensile properties. Fiber bundle strength declines in support of this; a bundle of coconut shell powder is applied. Reinforcement using jute fiber improves both compressive and tensile strength. We enhanced our research in by adding other composite kinds, mixes, and a host of additional differential features. It will enable us to develop more strength and some fictitious items. For applications such as aircraft and vehicles, the resulting material may be applied.