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The lattice Boltzmann method (LBM) has become an alternative to the conventional computational fluid dynamics methods for solving Navier-Stokes equations. Unlike traditional numerical methods which solve for the macroscopic variables, such as velocity and density. The LBM is based on the microscopic kinetic equation for the particle distribution function. The macroscopic quantities are obtained through moment integration of the distribution function. In CFD/LCS, we have developed an in house LBM code package derived from previous internal research efforts. The LBM_D3Q19 Fortran code, a simple implementation of the lattice BGK scheme, is one part of the package which is used to solve fluid-structure interaction problem. DownloadsPlease make sure you have read and understand our flexible licensing scheme before you download.
LBM_D3Q19 SVNsvn checkout svn://opensource.ihpc.a-star.edu.sg/LBM_D3Q19/trunk LBM_D3Q19
DescriptionThe lattice Boltzmann method (LBM) has become an alternative to the conventional computational fluid dynamics methods for solving Navier-Stokes equations. Unlike traditional numerical methods which solve for the macroscopic variables, such as velocity and density. The LBM is based on the microscopic kinetic equation for the particle distribution function. The macroscopic quantities are obtained through moment integration of the distribution function. This code is an extension of the lbmSolver code that is also provided on this site. Please refer to the user guide for detailed information on the 3DlbmSolver package. Post a CommentCould not execute select query. Posted Comments
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