2_Junak_Blake_LABHW10B

# 2_Junak_Blake_LABHW10B - 0.0251 Steel = 0.0127 0.0115...

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Blake Junak Section 2 function [D,Steel,Square,Steel_Square] = LABHW10B(p,l) %Blake Junak %Section 2 %This function will use nested loops to calculate each element of an array %and generate outputs with the same formatting and input values as for a %previous function. %Given p=55; l=10; E=[112,206,104]*10^9; %N/m^2 I=[6.987,7.745,7.020]*10^-6; %m^4 Equation=[]; for i=1:length(I) for j=1:length(E) Equation(i,j)= (p*l^3)/(3*E(j)*I(i)) end end display(Equation) %What will be displayed: Steel=Equation(:,2) Square=Equation(2,:) Steel_Square=Equation(2,2) end >> p=55%N p = 55 >> l=10%m l = 10 >> run('/Users/bjunak5/Documents/MATLAB/LABHW10B.m') Equation =

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0.0234 0.0127 0.0252 0.0211 0.0115 0.0228 0.0233 0.0127
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Unformatted text preview: 0.0251 Steel = 0.0127 0.0115 0.0127 Square = 0.0211 0.0115 0.0228 Steel_Square = 0.0115 %Blake Junak %Section 2 %This script is designed to calculate a value of a function between a %certain range for the x and y variables. %Ranges x=-10:1:10; y=-15:1:15; Distortion=; for i=1:length(x); for j=1:length(y); Distortion(i,j)= (.5*x(i)^3+(1/3)*y(j)^3)*exp(1E-3*x(i)^2)*exp(1E-3*y(j)^2); end end Maximum_Distortion=max(Distortion(i,j)) [imax,jmax]=find(Distortion==Maximum_Distortion); x_value=x(imax) y_value=y(jmax) >> run('/Users/bjunak5/Documents/MATLAB/LABHW10B2.m') Maximum_Distortion = 2.2490e+03 x_value = 10 y_value = 15 >>...
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## This note was uploaded on 04/02/2012 for the course EGR 102 taught by Professor Hinds during the Spring '09 term at Michigan State University.

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2_Junak_Blake_LABHW10B - 0.0251 Steel = 0.0127 0.0115...

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