04-Nov-2023 14:10:28
stokes_2d_exact_test():
MATLAB/Octave version 5.2.0
Test stokes_2d_exact().
uvp_stokes1_test()
Exact Stokes solution #1:
Estimate the range of velocity and pressure
using a region that is the unit square.
Minimum Maximum
U: -0.0120231 0.0119258
V: -0.0119723 0.0120198
P: 0 0
resid_stokes1_test()
Exact Stokes solution #1:
Sample the Stokes residuals
using a region that is the unit square.
Minimum Maximum
Ur: 0 0
Vr: 0 1.98452e-15
Pr: 0 1.97758e-16
gnuplot_stokes1_test():
Exact Stokes solution #1:
Generate a Stokes velocity field on a regular grid.
Store in GNUPLOT data and command files.
Data written to "stokes1_data.txt".
Commands written to "stokes1_commands.txt".
uvp_stokes2_test():
Exact Stokes solution #2:
Estimate the range of velocity and pressure
using a region that is the unit square.
Minimum Maximum
U: -1.98938 1.99833
U: -1.97853 1.99414
U: 0.000253334 1.9488
resid_stokes2_test():
Exact Stokes solution #2:
Sample the Stokes residuals
using a region that is the unit square.
Minimum Maximum
Ur: 0 0
Vr: 0 0
Pr: 0.00885625 12.5663
gnuplot_stokes2_test():
Exact Stokes solution #2:
Generate a Stokes velocity field on a regular grid.
Store in GNUPLOT data and command files.
Data written to "stokes2_data.txt".
Commands written to "stokes2_commands.txt".
uvp_stokes3_test():
Exact Stokes solution #3:
Estimate the range of velocity and pressure
using a region that is [-1,+1]x[-1,+1].
Minimum Maximum
U: -18.9265 16.8171
V: -4.94501 4.96263
P: -45.613 62.9014
resid_stokes3_test():
Exact Stokes solution #3:
Sample the Stokes residuals
using a region that is [-1,+1]x[-1,+1].
Minimum Maximum
Ur: 0 0
Vr: 0 0
Pr: 0 0
gnuplot_stokes3_test():
Exact Stokes solution #3:
Generate a Stokes velocity field on [-1,+1]x[-1,+1].
Store in GNUPLOT data and command files.
Data written to "stokes3_data.txt".
Commands written to "stokes3_commands.txt".
stokes_2d_exact_test():
Normal end of execution.
04-Nov-2023 14:10:29