Finite Difference Method to find Steady State
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Hello experts,
I have to solve the following equation to find a converged solution.

At i=0, T=10 and at i=5, T=50. (n=5)
I want to get the converged solution of T at i=2, 3, 4.
I'm fairly comfortable with MATLAB but this is the first time that I'm using MATLAB for these kind of mathematical approach and I'm learning completely alone, relying on online materials.
How should I approach this? I'd appreciate your recommendations, reading materials, suggestions and/or pointers rather than a complete code at this point.
I know the question is vague but I'd welcome any suggestions for starting points :)
TIA!
3 Kommentare
  Ragul Kumar
 am 6 Nov. 2020
				Hello experts,
I am trying to solve the finite difference methof for crank nicolson scheme to 2d heat equation. please let me know if you have any MATLAB CODE for this 

Boundary codition are

If you can kindly send me the matlab code, it will be very useful for my research work . thank you very much.
Akzeptierte Antwort
  Torsten
      
      
 am 8 Apr. 2020
        
      Bearbeitet: Torsten
      
      
 am 9 Apr. 2020
  
      T = zeros(6,5);
T(1:6,1) = 10;
T(1:6,5) = 50;
T(1,2) = 73;
T(1,3) = 100;
T(1,4) = 85;
for n=1:5
  for i =2:4
     T(n+1,i) = T(n,i) + 0.3*(T(n,i+1)-2*T(n,i)+T(n,i-1));
  end
end
T
5 Kommentare
  Torsten
      
      
 am 9 Apr. 2020
				Either choose a larger value than 5 for n or solve directly the linear system dT/dt = 0, i.e.
T(1) = 10
T(i+1) - 2*T(i) + T(i-1) = 0     (i=2,3,4)
T(5) = 50
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