Reply To: Need help with: Error: error: wta[1](string) Error Object: ()

[christian.neuer]

 

So you are probably right that it would work with only one mass sink (and do the rest with temperature dependant material properties), but I have to admit I didn’t build the whole model from the ground up. In fact a colleague of mine set it up in the way that there are 2 zones, one that is filled (at the start) with the intumescent in gel form (its mass is updated minus the water-vapor that leaves throgh the outlets and the mass that is generated in the other zone) and the other zone that gets filled with the foam. Even then I have highly temperature dependent values in both zones but a few things are constant, like the gel is always transperant and the foam never. However, no matter how this is realized it shouldn’t have an influence whether I can use multicore or not.

Regarding the other files, they should appear when you click on the links ….. if you aren’t permitted to click on links I wonder why we are allowed to post them. Anyway, here is the UDF:

1. #include "udf.h"
2. #include "dynamesh_tools.h"
3.  
4. static real velz = 0.0;
5. real tmax = 0.;
6. real value =0.;
7.  
8.  
9. DEFINE_CG_MOTION(wall_move_temp_z,dt,vel,omega,time,dtime)
10. {
11.     Domain *d;
12.     real temp;
13.     int ID = 62532;
14.     Thread *t;
15.     cell_t c;
16.  
17.     d = Get_Domain(2); /* Get the domain using ANSYS Fluent utility */
18.     t = Lookup_Thread(d, ID);
19.     /* Loop over all cell threads in the domain */
20.  
21.     begin_c_loop(c,t)
22.     {
23.         temp = C_T(c,t); /* get cell temperature */
24.         if (temp > tmax || tmax == 0.)
25.         {
26.         tmax = temp;
27.         }
28.     }
29.     end_c_loop(c,t)
30.     # if RP_NODE /* Perform node synchronized actions here. Does nothing in Serial */
31.     tmax = PRF_GRHIGH1(tmax);
32.     # endif /* RP_NODE */
33.     Message0("\n  Tmax in K = %g",tmax);
34.  
35.    
36.    
37.    
38.    
39.    
40.     /* reset velocities */
41.     NV_S(vel, =, 0.0);
42.     NV_S(omega, =, 0.0);
43.    
44.  
45.     if(tmax >= 393.15 && value <= 14.0) //starts at 120°C, stops at 14mm
46.     {
47.         velz= 0.00002;  //,meter per second -> 1mm in 50s
48.         value=value+velz*dtime*1000.0;
49.     }
50.     else
51.     {
52.         velz = 0.0;
53.     }
54.     Message(" \n  Expansion in mm = %g", value);
55.     Message(" \n  Velocity in m/s = %g", velz);
56.     vel[2]=velz;
57. }