OpenFOAM, SpeedIT Tools, computational fluid dynamicsSpeedIT. The world's leading GPU toolkit, openfoam.http://speedit.vratis.com/index.php2012-05-18T11:40:47ZJoomla! 1.5 - Open Source Content ManagementWhat is SpeedIT ?2010-05-11T21:01:41Z2010-05-11T21:01:41Zhttp://speedit.vratis.com/index.php/component/content/article/23-start/2-artykul1.htmlAdministratorinfo@vratis.com<p class="news">
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The SpeedIT Tools library provides a set of accelerated solvers for sparse linear systems of equations. Manifold acceleration, e.g. more than an order of magnitude, is achieved with a single reasonably priced NVIDIA Graphics Processing Unit (GPU) that supporst CUDA and proprietary advanced optimisation techniques. <br /> <br /> The library can be used in a wide spectrum of domains arising from problems with underlying 2D and 3D geometry, such as <strong>computational fluid dynamics, electromagnetics, thermodynamics, materials, acoustics, computer vision and graphics, robotics, semiconductor devices and structural engineering</strong>. The library can be also used for problems without defined geometry such as quantum chemistry, statistics, power networks and other graphs and chemical process simulation. <br /> <br /> All computations are performed with single or double floating point precision. Two linear system solvers and two preconditioners are supplied.</p>
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The SpeedIT Tools library provides a set of accelerated solvers for sparse linear systems of equations. Manifold acceleration, e.g. more than an order of magnitude, is achieved with a single reasonably priced NVIDIA Graphics Processing Unit (GPU) that supporst CUDA and proprietary advanced optimisation techniques. <br /> <br /> The library can be used in a wide spectrum of domains arising from problems with underlying 2D and 3D geometry, such as <strong>computational fluid dynamics, electromagnetics, thermodynamics, materials, acoustics, computer vision and graphics, robotics, semiconductor devices and structural engineering</strong>. The library can be also used for problems without defined geometry such as quantum chemistry, statistics, power networks and other graphs and chemical process simulation. <br /> <br /> All computations are performed with single or double floating point precision. Two linear system solvers and two preconditioners are supplied.</p>
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