Static Structural Analysis of Corn Fiber Reinforeced Composite

Abstract

Abstract: The investigation compares the normal stress, normal strain, and natural fiber reinforcement used in the composite construction with GP resin (general purpose).Between the composite and the plywood, there is strain and total deformation. The practice of cutting down trees for their wood to produce furniture is becoming less common as a result of environmental consciousness. As a result, the manufacturers are forced to look for effective materials to take the place of timbers. I choose the maize wrapper fiber above other natural because it contains a significant amount of cellulose (40%) in comparison. In practically all fields, timbers can be replaced with maize fiber composite if it is more effective than those materials (especially in furniture industries). Corn is widely available on international markets, although its commercial worth is quite low. The primary goal of this research is to use Ansys software to analyse and compare the behavior of plywood that is already on the market with that of a corn fiber composite. If the corn fiber composite outperforms plywood, it might take the place of wood in the manufacture of furniture while also being less expensive. The comparative study was used to confirm the expected outcomes and to get the best expected values with a tolerable error rate.