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* History of KAPSEL [#re62506b]

- [01 June 2013] KAPSEL-3.01 (Bug fix)
- [01 May 2013] KAPSEL-3.00 (Rigid Body, Squirmer)
- [01 April 2013] KAPSEL-2.10 (Lees-Edwards PBC)
- [19 Aug 2009] KAPSEL-2.00 released. List of changes from the previous version.
-- ''Thermal fluctuation'' is implemented to include Brown motion of dispersed particles.
-- ''Steady and oscillatory shear flow'' is implemented. (a zigzag profile is employed to be consistent with usual periodic boundary condition)
-- Additionally to spherical particles, ''bead-spring chains'' are now selectable.
-- Now able to ''pin some particles''.
-- 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 (Linux only).
-- 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.
- ''KAPSEL-3''
-- [12 June 2013]
KAPSEL-3.03 released.
--- Bug fixed.
--- Examples are now included in zip file. Several examples are fixed because those did not work properly (Very sorry for not fixing them so long).
-- [10 June 2013]
KAPSEL-3.02 released.
--- Checked consistency with OCTA2013.
-- [01 June 2013]
KAPSEL-3.01 released.
--- Bug fixed around the Lees-Edwards sheared periodic boundary condition.
-- [01 May 2013]
KAPSEL-3.00 released.
--- newly implemented rigid bodies and squirmers.

- [31 May 2006] KAPSEL-1.00 released.
-- One can perform very reliable DNS simulations for electrophoresis of spherical particles.
- ''KAPSEL-2''
-- [30 Mar 2011]
KAPSEL-2.10 released.
--- Newly implemented the ''Lees-Edwards periodic boundary condition'' for planer shear flow.
--- Bug fixed.

-- [19 Aug 2009] 
KAPSEL-2.00 released. Changes from v1.0 are listed below.
--- ''Thermal fluctuation'' is implemented to include Brown motion of dispersed particles.
--- ''Steady and oscillatory shear flow'' is implemented. A zigzag flow profile is employed to be consistent with usual periodic boundary condition.
--- ''Flexible chain'' is now selectable.
--- Able to ''pin'' any subset of particles.
--- The ''linked cell'' is implemented for efficiently calculating pair interactions.
--- Compatible with ''Intel MKL'' and ''OpenMP'' to achieve higher performance on multi-core machines (Linux only).
--- Bug fixed.

- ''KAPSEL-1''

-- [31 May 2006]
KAPSEL-1.0 released.