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#analog
#logparanoia()
* Welcome to KAPSEL Homepage [#n741182e]
#freeze
#author("2019-04-22T21:45:56+09:00","default:mss","mss")
//#analog
//#logparanoia()
* Welcome to KAPSEL-3 Homepage [#n741182e]
&color(white){___};''===== Open Software for Direct Numerical Simulations of Particle Dispersions =====''&br;
[[&ref(single.jpg,,180x180);>Re01]] [[&ref(helix.jpg,,180x180);>Re08]] [[&ref(0082.jpg,,180x180);>Re10]] [[&ref(pusher.jpg,,180x180);>Re09]]
''= Open Software for Direct Numerical Simulations of Particle Dispersions =''
&color(white){______};''Electrophoresis''
&color(white){______};''Rigid body (any shape)''
&color(white){____};''Falling object at high Re''
&color(white){___};''Active particle (squirmer)''
[[&ref(single.jpg,,200x200);>Re01]] [[&ref(helix.jpg,,200x200);>Re04]] [[&ref(swimmer.jpg,,200x200);>Re02]]
** NEWS [#cbd4c217]
- [2018/04/01] KAPSEL-3.40 release. Now it works fine with FFTW and OpenMP using GCC.
:See [[History>History]] for more detailed information.|
&color(white){_};''Electrophoresis''&color(white){______________________________};''Helix''&color(white){________________________________};''Swimmer''
** What is KAPSEL? [#bf9cb83a]
- ''KAPSEL'' means "''K''yoto ''A''dvanced ''P''article ''S''imulator for ''El''ectro-hydrodynamics" based on a direct numerical simulation method for colloidal dispersions called ''SPM'' (''S''moothed ''P''rofile ''M''ethod). KAPSEL is designed to simulate dynamics of solid particles dispersed in simple and complex fluids. KAPSEL enables us to simulate complex rheological properties of colloidal dispersions, electrophoresis of charged colloids, etc.
- ''KAPSEL-3'' is the latest version of KAPSEL. It enables DNS simulations of rigid bodies composed of spherical particles and also self-propelled swimmers (squirmers).
//- ''KAPSEL-3'' is the latest version of KAPSEL. It enables DNS simulations of rigid bodies composed of spherical particles and also self-propelled swimmers (squirmers).
- ''KAPSEL-2'' introduced thermal fluctuations to the system and also perform rheology simulations under steady or oscillatory shear flow being fully compatible with usual periodic boundary condition. Computational efficiency is also much improved from the original version so that one can simulate larger systems.&br;
//- ''KAPSEL-2'' introduced thermal fluctuations to the system and also perform rheology simulations under steady or oscillatory shear flow being fully compatible with usual periodic boundary condition. Computational efficiency is also much improved from the original version so that one can simulate larger systems.&br;
- ''KAPSEL'' is a software free to use. To download and use KAPSEL, one must agree with the "&ref(License.pdf,,License agreement of KAPSEL);".
** NEWS [#cbd4c217]
- ''KAPSEL'' uses an integrated GUI called ''GOURMET'' which provides with UDF editor (see below), 3D viewer, gnuplot, python programing environment, etc...
- ''KAPSEL-3''
-- [01 June 2013]
KAPSEL-3.01 release (bug fixed around the Lees-Edwards sheared periodic boundary condition)
-- [01 May 2013]
KAPSEL-3.00 release (newly implemented rigid bodies and squirmers)
#ref(gourmet.jpg,,75%)
- ''KAPSEL-2''
-- [30 Mar 2011]
KAPSEL-2.10 release (newly implemented the Lees-Edwards sheared periodic boundary condition)
** Contact [#h6375f73]
//-- [25 Aug 2009] [[''Click here''>Re01]] to see electrophoresis of binary (+/-) charged colloidals (&color(red){''5,000+5,000''}; particles with full many-body electrostatic and hydrodynamic interactions).
- KAPSEL Development Team: kapsel.dev@gmail.com
//-- [19 Aug 2009] [[''Click here''>Re02]] to see of &color(red){''100,000 particles''}; with HI.
-- [19 Aug 2009]
KAPSEL-2.00 release
-- [04 Aug 2009]
KAPSEL-2.beta pre-release
-- [10 Aug 2009]
[[KAPSEL Homepage>FrontPage]] renewal open.
- ''KAPSEL''
-- [19 Jan 2007]
[[English manual (for KAPSEL version 1):http://www.kona.or.jp/search/24_167.pdf]] published on-line.
-- [31 May 2006]
KAPSEL released.
** Related Papers [#e8445791]
- ''Simulation method & algorithm''
-- John J. Molina, Yasuya Nakayama, and Ryoichi Yamamoto, "Hydrodynamic interactions of self-propelled swimmers", &br;
[[Soft Matter 9, 4923-4936 (2013):http://dx.doi.org/10.1039/c3sm00140g]].
-- H. Kobayashi and R. Yamamoto,
"Implementation of Lees-Edwards periodic boundary conditions for direct numerical simulations of particle dispersions under shear flow",&br;
[[J. Chem. Phys., 134, 064110 (2011):http://dx.doi.org/doi:10.1063/1.3537974]].
-- T. Iwashita, Y. Nakayama, and R. Yamamoto, "A numerical model for Brownian particles fluctuating in incompressible fluids",&br;
[[J. Phys. Soc. Jpn., 77, 074007 (2008):http://jpsj.ipap.jp/link?JPSJ/77/074007/]].
-- Yasuya Nakayama, Kang Kim and Ryoichi Yamamoto, "Simulating (electro) hydrodynamic effects in colloidal dispersions: smoothed profile method",&br;
[[Eur. Phys. J. E, 26, 361-368 (2008):http://www.springerlink.com/content/p450786m816x6473/]].
--
