Abstract
The intensifying global distress towards the environmental problems and however, the demand for more versatile polymer-based materials has raised concerns about polymer composites containing natural organic fillers, i.e. fillers derived from renewable sources and biodegradable. The composites, which are often referred to as “green,” can be used in a variety of ways. Green composites are commonly listed as having possible applications in the automotive and construction industries, but an analysis of these applications shows that they are frequently an inappropriate fit for green composites' specific material properties. A concise summary of green composites is given, along with graphical comparisons of their relative benefits. In the present study flexural stress is calculated by using CATIA V5, AGMA and ANSYS. Designing a product is an important industrial activity that affects the quality of product, so because of this three dimensional objects is created, analysed and comparison among the three materials according to ASTM D 790 standard using modelling software CATIA V5. Coconut fiber reinforced with epoxy resin composite will have more life and durable because of its less deformation and high stress bearing capacity.
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