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radial heat transfer equation

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VOLKAN YILDIRIM
VOLKAN YILDIRIM on 19 Mar 2020
Commented: VOLKAN YILDIRIM on 19 Mar 2020
Hi,
I solved a radial heat generation problem. I would like to plot for different value of k_u and q_dot from center to the wall. This is my code, and any feedback would be greatly appreciated.
clear
close all
q_dot = linspace(3000,5000,10);
r = linspace(0.000000001,0.01,50);
k_u = linspace(1000,5000,10);
T =@(r,q_dot,k_u) ( - (q_dot/ (4*k_u))* r.^2 + (100/k_u)* log(r) + 2000 );
for i = 1:length(q_dot)
for j = 1:length(k_u)
for k = 1:length(r)
T_sol(i,j,k) = T(r(k),q_dot(i),k_u(j));
end
end
end
plot(T(1,1,:), r)

  7 Comments

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VOLKAN YILDIRIM
VOLKAN YILDIRIM on 19 Mar 2020
I will later work on velocity function depending on density, temperature etc. If i can understand how his type of structures work, I think I can figure out the rest.
darova
darova on 19 Mar 2020
Look also into isosurface
VOLKAN YILDIRIM
VOLKAN YILDIRIM on 19 Mar 2020
i will work on more but this isosurface did not work. i am not looking for isosurfaces. thanks for your help though.

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