[Getdp] Nodal temperature field

[Hamid Badi]

Thanks a lot Ruth, that's works.
Do you know how to compute the integral normal flux of the temperature in a 
specified boundary ?

Best regards.

Le samedi 8 novembre 2014 08:36:10 UTC+1, Ruth Vazquez Sabariego a écrit :
>
> Hi Hamid, 
> The program computes actually the nodal values. It is just a question of 
> post-processing. 
> The interpolation per element is done when calling the post-processing. 
> You just have to modify the post-operation: 
>
> PostOperation{ 
>   {Name Fourier; NameOfPostProcessing Fourier; 
>     Operation{ 
>       Print[temperature, OnElementsOf Omega, File "temperature.pos”]; // T 
> is interpolated on elements 
>       Print[temperature, OnRegion NodesOf[Omega], File 
> "temperatureOnNodes.pos”]; //T given directly on nodes   
>     } 
>   } 
> } 
>
> Regards, 
> Ruth 
>
>
>
> > On 07 Nov 2014, at 14:26, Hamid Badi <h.b... at bbs-slama.com <javascript:>> 
> wrote: 
> > 
> > Hi, 
> > 
> > I'm solving a steady state heat transfer problem derived from the 
> example : onelab.info/wiki/Heat_equation_with_Dirichlet_boundary_control 
> > The solver get the element-based temperature field. 
> > How can I get the nodal field ? 
> > 
> > Thanks. 
> > _______________________________________________ 
> > getdp mailing list 
> > ge... at geuz.org <javascript:> 
> > http://www.geuz.org/mailman/listinfo/getdp 
>
> — 
> Prof. Ruth V. Sabariego 
> KU Leuven   
> Dept. Electrical Engineering ESAT/Electa 
> http://www.esat.kuleuven.be/electa 
>
>
>
>
>
>
>
>
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