07-May-2019 10:12:36

paraheat_pwc_1d_test
  MATLAB version
07-May-2019 10:12:36

paraheat_pwc_1d
  MATLAB version
  Parameterized heat equation in 1D.
  Steady heat problem with piecewise constant diffusivity.
  Diffusivity parameters are input.
  Sensor readings are output.

preprocess:
  Number of nodes NN = 21
  Leftmost node = 0.000000
  Rightmost node = 1.000000
  Prescribed U(A) = 0.000000
  Prescribed U(B) = 0.000000

  Number of diffusivity values NC = 3

  Diffusivity = 10
    until X = 0.4, then
  Diffusivity = 1
    until X = 0.5, then
  Diffusivity = 3

  Graphics saved as "diffusivity.png"

process:
  The solution un has been computed.

postprocess:
  Report the results:

     I    XN         UN

     1  0.000000  0.000000
     2  0.050000  0.495487
     3  0.100000  0.979203
     4  0.150000  1.440523
     5  0.200000  1.870072
     6  0.250000  2.259726
     7  0.300000  2.602609
     8  0.350000  2.893096
     9  0.400000  3.126812
    10  0.450000  4.865014
    11  0.500000  5.985507
    12  0.550000  6.151019
    13  0.600000  6.110628
    14  0.650000  5.870584
    15  0.700000  5.441304
    16  0.750000  4.837372
    17  0.800000  4.077536
    18  0.850000  3.184715
    19  0.900000  2.185990
    20  0.950000  1.112613
    21  1.000000  0.000000

  Graphics saved as "solution.png"

  Sensor readings:
     I    XS         VS

     1  0.220000  2.025934
     2  0.430000  4.169733
     3  0.760000  4.685405

paraheat_pwc_1d
  Normal end of execution.

07-May-2019 10:12:47

  Sensor data:
  #  Location  Value

   1  0.22  2.02593
   2  0.43  4.16973
   3  0.76  4.6854

paraheat_pwc_1d
  Normal end of execution.

07-May-2019 10:12:47