[archeoptyrx]

Hello ppl ,

I wrote a MATLAB code for the compressible navier stokes equation as per the Anderson CFD book . now I am trying to implement the Maxwell slip and temperature jump boundary conditions . its in first order .

Could anyone help me in implementing this to the code ?
I am no familiar with this Neumann type of boundary conditions .

I have a grid of 70*70 . with flat plate at y=0 and ranging from 0<=x<=L

Previously I just used ,

For i=2:imax
U(i,1)=0;
T(i,1)=300;
End

How should I modify it ???
Looking for someone to help me understand in implementinv this derivative boundary conditions.


Thanks