How to plot this code?

Hey guys I've been trying to learn mathlab and I ended up writing this code the code below:

clc

close all;

clear

L=input("L= ");

Delta_a=input("Delta a= ");

W=input("W= ");

E=input("Modulus Yang= ");

I=input("I= ");

EI=E*I;

N=L/Delta_a;

n=0;

while n<N

a=n*Delta_a;

y1=(-W/(24*EI))*((a^4)-(4*L*(a^3)+(6*(L^2)*(a^2))));

Rd=((3*EI)/(L^3))*(y1);

tb1=(-W*(L^3))/(6*EI);

tb2=(Rd*(a^2))/(2*EI);

yb1=(-W*(L^4))/(8*EI);

yb2=((Rd*(a^3))/(3*EI))+((L-a)*tb2);

thetaB=tb1+tb2;

yB=yb1+yb2;

n=n+1;

if(n>N) end

fprintf('n= #%d\n', n);

fprintf('Reaction D= #%d\n', Rd);

fprintf('Shib= #%d\n', thetaB);

fprintf('Khamesh= #%d\n', yB);

end

So here is my question:

How can I plot yB on diffrent values of a?

My guess is to turn it into a matrix but I have no idea about how to that.

Answer 1

[N A POORNA CHANDRA]

hi hosi , here is the code to plot yB on diffrent values of a?

i have assumed few hard coded values instead of taking them as input

clc
close all;
clear

L = 10;           % Length (assumed value)
Delta_a = 0.5;    % Delta a (assumed value)
W = 100;          % W (assumed value)
E = 2e11;         % Modulus of elasticity (assumed value)
I = 0.001;        % I (assumed value)
EI = E * I;
N = L / Delta_a;
n = 0;
a_values = [];
yB_values = [];

while n < N
    a = n * Delta_a;
    y1 = (-W / (24 * EI)) * (a^4 - 4 * L * (a^3) + 6 * (L^2) * (a^2));
    Rd = (3 * EI / (L^3)) * y1;
    tb1 = (-W * (L^3)) / (6 * EI);
    tb2 = (Rd * (a^2)) / (2 * EI);
    yb1 = (-W * (L^4)) / (8 * EI);
    yb2 = ((Rd * (a^3)) / (3 * EI)) + ((L - a) * tb2);
    thetaB = tb1 + tb2;
    yB = yb1 + yb2;
    a_values = [a_values, a];
    yB_values = [yB_values, yB];
    
    n = n + 1;
end
plot(a_values, yB_values)
xlabel('a')
ylabel('yB')
title('Plot of yB against a')
grid on

[hosi]

Your an angel dude! thanks a lot! <3