STUDY AND FABRICATION OF SOYBEAN- KEVLAR HYBRID COMPOSITE MATERIAL

Abstract

The prerequisite for most outstanding and normal composite materials to be delivered or recognized, having ecopleasing ascribes and have ability to acclimate to trademark changes happening on regular calendar, has passed on individuals to find new sources and variety of composite materials to be made. At the present age, trademark fiber composites having near properties, from renewable normal resources expect a vital part in course of action of composite material when diverged from man-made fiber materials. To accomplish a more noticeable and incredible results, these days trademark strands layers are associated or included over designed or polymer based composite materials, molding a half and half composite materials. The present examination focuses in focusing on the mechanical properties of common composite material having soybean strands and characteristic polymer cross breed composite material having soybean strands as general composite material and Kevlar fibers as the polymer composite material reinforced with epoxy lastly correlation of crossover composite v/s normal composite are finished. The course of action of composite materials are finished using hand lay-up framework, cases are cut from the material in consent to ASTM standards. Analyses to survey mechanical properties, tractable, flexural, impact, hardness and thickness were finished. The examination results got were differentiated from half and half composite material with ordinary composite material. Material is seen to be least responsive to the present biological condition.