%Do not delete anything in this script. %Comment out what is not neccessary and add required capability % to meet the assignment requirements %%%% %Ths Matlab code applies rules of mixtures to compute % E1, E, G12, and nu12 as a function of fiber volume %start by closing all existing windows and plots that are open close all; clear all; %Define the fiber and matrix properties here %E1, E1, nu12 of the fiber %E1, E1, nu12 of the matrix 99% Compute and Plot Properties %%%%% %create new figure and wait for all calculations to be done prior to %plotting figure; hold on; vf = linspace (0,1,19); % plot xx points over the range of 0 to 1 E1 = zeros(size(vf)); %add other arrays here to track E2, G12, and nu12 for i = 1:length(vf) end [E1(i)] = E_Longitudinal(E_Fiber, E_Matrix, vf(i)); %setup the plot here hold off Functions function [E1] = E_Longitudinal(Ef, Em, vf) E1 = Ef*vf + Em* (1-vf); end %%add functions here for E2, G12, and nu12 Using MATLAB, plot E1, E2, and G12 as a function of volume fraction using the rule of mixtures formulas and the fiber and matrix properties shown in the table. Start with this template ESCI 325 Module4 Template.m and fill in the required parts of the script to meet the assignment requirements. Describe the graph using the techniques we have been practicing (i.e., one paragraph, call out the figure, the data being plotted, and trends you want to reader to notice). Matrix- Polymide Fiber - Boron 60 x 106 psi = E1 E2 0.4 x 106 psi V12 0.33 0.20 Calculated by the Calculated by the student (see text student (see text G12 and/or the Virtual and/or the Virtual Lab) Lab)