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- 1 (2009-08-06 (Thu) 16:10:59)
- 2 (2009-08-06 (Thu) 16:24:26)
- 3 (2009-08-08 (Sat) 05:21:13)
- 4 (2009-08-10 (Mon) 12:01:14)
- 5 (2009-08-12 (Wed) 12:02:29)
- 6 (2009-08-19 (Wed) 06:54:40)
- 7 (2009-08-19 (Wed) 09:55:52)
- 8 (2009-08-25 (Tue) 08:55:09)
- 9 (2009-09-01 (Tue) 12:11:59)
- 10 (2013-06-08 (Sat) 01:30:02)
- 11 (2013-06-12 (Wed) 13:23:06)
- 12 (2013-06-12 (Wed) 17:05:55)
- 13 (2013-06-14 (Fri) 01:17:51)
- 14 (2013-06-15 (Sat) 06:46:06)
- 15 (2013-06-17 (Mon) 13:39:44)
- 16 (2013-07-03 (Wed) 06:03:44)
- 17 (2013-07-03 (Wed) 06:08:52)
- 18 (2014-10-12 (Sun) 09:43:24)
- 19 (2014-10-12 (Sun) 09:47:40)
- 20 (2014-10-13 (Mon) 01:07:38)
- 21 (2015-01-19 (Mon) 14:24:44)
- 22 (2015-11-09 (Mon) 09:13:44)
- 23 (2016-03-27 (Sun) 03:19:05)
- 24 (2017-04-04 (Tue) 08:31:49)
- 25 (2018-04-01 (Sun) 02:15:46)
History of KAPSEL †
- [1* Aug 2009] KAPSEL-2 released. List of changes from the previous version.
- Thermal fluctuation is implemented for particle's Brown motion.
- Steady and oscillatory shear flow, which is compatible with periodic boundary condition, is implemented.
- Addition to spherical particles, bead-spring chains are selectable.
- Computational efficiency is much improved (by a factor of 2 or more comparing to KAPSEL-1).
- Compatible with Intel C++ compiler. One can use MKL and OpenMP to get higher performance.
- Bug fix.
- The linked cell method is implemented for efficiently calculating particle interactions.
- Many useful examples are available at KAPSEL Homepage.
- Pre-built binary distributions are available at KAPSEL Homepage.
- [31 May 2006] KAPSEL released.
- One can perform very reliable DNS simulations for electrophoresis of spherical particles.
