ddt (rho U) + div (rho U U) – laplacian (mu U) = – grad (p)
Many people want their body fit, but they always go to the wrong way without guide. Fortunately, there’s a web which provides secrets and guides about best diet pills for women. Both men and women can benefit from the site. Continue reading What Diet Makes You Fit?
Generally, incompressible viscous turbulent heat transfer energy equation is [latex]\dfrac{\partial T}{\partial t} + \nabla\cdot(\boldsymbol{U} T) = \alpha \nabla^2 T + \dfrac{\nu}{c_\mathrm{p}} [\nabla \boldsymbol{U} +(\nabla \boldsymbol{U})^\mathrm{T}]:\nabla \boldsymbol{U} [/latex] ddt(T) + div(U T) = alpha laplacian(T) + ((nu/cp (grad(U) + (grad(U)).T)) && Continue reading Incompressible Viscous Turbulent Heat Transfer Energy Equation
BOINC (Berkeley Open Infrastructure for Network Computing, http://boinc.berkeley.edu/) lets you contribute computing power on your home PC to projects doing research in many scientific areas. You can contribute to a single project, or to any combination of them. BOINC is Continue reading Introduction to BOINC
Although Scientific Linux 4.8 is not the newest version of Scientific Linux, I’d like to introduce how to install it and to have a dual-system machine since STAR-CD 3.15 need an old version and Scientific Linux 4.8 is appropriate. Maybe Continue reading STAR-CD 3.15 and Scientific Linux 4.8
The newest version of Salome 5.1.4 has been released. My system has been upgraded to Fedora 13 for three months. There may be some annoying starting problem with Salome, but there is still a way to solve it. The problem Continue reading Salome 5.1.4 on Fedora 13 x86_64
Official OpenFOAM: www.openfoam.org www.openfoam.com OpenFOAM-dev: http://sourceforge.net/projects/openfoam-extend/, this is a user-driven collaborative project. Please note that the OpenFOAM-extend project is not affiliated with OpenCFD; OpenFOAM-extend is a community-driven project.[1] OpenFOAM-extend Project: http://www.extend-project.de/ OpenFOAM Discussion: http://www.cfd-online.com/Forums/openfoam/ OpenFOAM wiki: http://openfoamwiki.net/ H. Jasak Homepage: Continue reading Related Websites on OpenFOAM