Modelling and F. E. Analysis of AL-AA8090 Nano Composites by R. V. E Method

The present paper in nanotechnology has produced an increasing number of possibilities for advanced materials. Among those materials with potential advanced mechanical properties are Nano reinforced composite materials. The most common materials used as a matrix in Nano-composites are Polymers, Ceramics, and Metals. Analysis is considered to Aluminium AA8090 as a matrix and different types of reinforcement by using. The approach for modelling these Nano-composite structures is that of a Representative Volume Element by using the program of ANSYS software. Performed various cases studying mechanical properties such as deformation, stress and strain of Nano composites with aligned oriented reinforcement and then make a comparison between the results to see which type of reinforcement gives best performance. In this simulation the tension and compression loads of (100nN) are applied. In the present task, Analysis is considered to Aluminium AA8090 as a network and distinctive kinds of support by utilizing. The approach for demonstrating these Nano-composite structures is that of a Representative Volume Element by utilizing the program of ANSYS. Performed different cases contemplating mechanical properties, for example, miss-happening, anxiety of Nano composites with adjusted arranged support and afterward influence the examination between the outcomes to see which to sort of fortification gives best execution.