15-May-2025 17:32:02

navier_stokes_3d_exact_test():
  MATLAB/Octave version 6.4.0
  Test navier_stokes_3d_exact().

uvwp_burgers_test():
  uvwp_burgers() evaluates the Burgers solution.
  Estimate the range of velocity and pressure
  at the initial time T = 0, in a region that is the 
  cube centered at (0,0,0) with "radius" 1.0.
  Density NU = 0.25

           Minimum       Maximum

  U:          -1.994         1.99134
  V:        -1.99644         1.99896
  W:       -0.995301        0.995248
  P:         -3.8056     -0.00125293

resid_burgers_test():
  resid_burgers() evaluates the residual of the Burgers solution.
  Sample the Navier-Stokes residuals
  at the initial time T = 0, using a region that is 
  the cube centered at (0,0,0) with "radius" 1.0,
  Viscosity NU = 0.25

           Minimum       Maximum

  Ur:               0               0
  Vr:               0               0
  Wr:               0     2.22045e-16
  Pr:               0               0

uvwp_ethier_test():
  uvwp_ethier() evaluates the Ethier solution.
  Estimate the range of velocity and pressure
  at the initial time T = 0, in a region that is the 
  cube centered at (0,0,0) with "radius" 1.0.
  Parameter A = 0.785398
  Parameter D = 1.5708

           Minimum       Maximum

  U:        -2.91065         1.42079
  V:        -3.15437         1.45398
  W:        -3.19733          1.4657
  P:      0.00824138          5.6014

resid_ethier_test():
  resid_ethier() evaluates the residual of the Ethier solution.
  Sample the Navier-Stokes residuals
  at the initial time T = 0, using a region that is 
  the cube centered at (0,0,0) with "radius" 1.0,
  Parameter A = 0.785398
  Parameter D = 1.5708

           Minimum       Maximum

  Ur:               0     2.22045e-15
  Vr:               0     2.88658e-15
  Wr:               0     2.66454e-15
  Pr:               0     4.44089e-16

uvwp_poiseuille_test():
  uvwp_poiseuille() evaluates the poiseuille solution.
  Estimate the range of velocity and pressure
  at the initial time T = 0, in a region that is an 
  infinite cylinder along the x-axis with "radius" 1.0.
  Density nu = 0.25

           Minimum       Maximum

  U:     0.000184294        0.997797
  V:               0               0
  W:               0               0
  P:        -39.9424      -0.0930718

resid_poiseuille_test():
  resid_poiseuille() evaluates the residual of the Poiseuille solution.
  Sample the Navier-Stokes residuals
  at the initial time T = 0, using a region that is 
  the an infinite cylinder along the x axis with "radius" 1.0,
  Viscosity NU = 0.25

           Minimum       Maximum

  Ur:               0               0
  Vr:               0               0
  Wr:               0               0
  Pr:               0               0

navier_stokes_3d_exact_test():
  Normal end of execution.
15-May-2025 17:32:02