Analysis of Mechanical Properties in Synthetic Fibre Based on Honeycomb Core Composite Material

Abstract: Composite materials are employed to generate the special physical and mechanical property materials for various applications which are utilized to generate materials embedded with high strength and light weight. In fact, inquisitive investigators have spent a lot of sweat and blood on research for the purpose of ushering in diverse composite materials to evaluate the composite material applications. The mechanical properties of hexagonally shaped honeycomb structure is studied based on their special features such as high strength to weight ratio, excellent rigidity at minimal weight, low cost and complex applications. Square and triangular of glass fibre based honeycomb core composite structures is seldom found work. The square honeycomb core composites have been prepared using simple slotting enhanced research technique. The aim of this study is to improve the mechanical property of glass fibre reinforced epoxy honeycomb core composite material. These structures has been prepared in the range of 30, 40, 50 weight percentage of fibre by using simple slotting technique. The mechanical property of the square honeycomb core composite material has been studied experimentally.

Keywords: Glass fibre, Epoxy Resin, Honeycomb core Structure, Compression Moulding.