Well, are you sure? If you see the object in 3D, the object is not symmetrical, so, it is not a matter of just increasing the radial value.
2011/10/26 Alan J Fletcher <a...@well.com> > At 04:44 PM 10/26/2011, Daniel Rocha wrote: > >> There is a problem with you simulation, in my opinion. The number of cells >> in your model increases linearly with the distance from the flow. But it >> increases linearly because your model is 2D. If it were a 3D model, the >> number of cells would increase by the square of the distance, and the >> diffusion of heat would be much slow. >> > > I already noted that --- it is more easily done by changing the values by > row (eg C is proportional to volume), and the horizontal R-values are > proportional to the circumference. > > >
