• List of Backups
• View the diff current.
• View the source.
• View the backup.
• Go to Re07.
  • 1 (2011-03-29 (Tue) 03:40:18)
  • 2 (2011-03-29 (Tue) 03:40:18)
  • 3 (2013-06-09 (Sun) 14:50:57)
  • 4 (2013-06-11 (Tue) 10:02:57)
  • 5 (2013-06-12 (Wed) 10:42:37)
  • 6 (2013-06-27 (Thu) 11:25:42)
  • 7 (2013-06-27 (Thu) 11:34:14)
  • 8 (2013-07-03 (Wed) 02:18:54)
  • 9 (2013-07-03 (Wed) 07:43:39)
  • 10 (2013-07-03 (Wed) 10:32:31)
  • 11 (2015-05-08 (Fri) 06:17:36)
  • 12 (2016-03-27 (Sun) 04:02:02)

• The added line is THIS COLOR.
• The deleted line is THIS COLOR.

* Planer shear flow using Lees-Edwards PBC [#q90146c5]
#youtube(0UbkcsuKF1k)
- Simulation parameters
-- CFD Lattice: 64 x 64 x 64 mesh
-- Number of Beads: N = 300
-- Diameter of Particles: D = 8 mesh
-- Volume Fraction: Φ = 0.307
-- Temperature: kBT = 0.1
-- Shear Rate: s = 0.001
-- Number of Iteration Steps: 20000
-- Computation Time: 5 hour

- Files needed for reproducing this simulation
-- Input UDF file: &ref(colloid_lees_edwards.udf); 
-- Input UDF file: &ref(colloid_LE.udf); 
-- Define UDF file: &ref(FrontPage/define_3.00.udf);
-- GOURMET: &ref(particleshow_version2_cone.py); 
-- GOURMET: &ref(particleshow.py); &ref(particleshow_version2_cone.py); 
-- AVS/Express:

- Run

  > mkdir ./avs_ss
  > mkdir ./avs_ss/avs
  > ../../kapsel -Icolloid_LE.udf -Ooutput_dc.udf -Ddefine_3.00.udf -Rrestart.udf >& out1

- Data plot

  > gnuplot
  ...
  gnuplot> set yrange [0:10]
  gnuplot> plot "out1" u 1:12 t "viscosity" w line
#ref(ss.jpg,,75%);

----

- Related Papers