| Document Date: 2012-11-11 10:13:16
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City ASME / New York / / Company Franca L.P. T. / Publishing Co / Hughes T.J.R. L.P. / Franca L.P. S.L. / ORCA CFD Software / AMD / Reno NV / Swamy N.V. / Bittorf / Acusim Software / / / Facility Prentice Hall / Stanford University / Chalmers University of Technology / / IndustryTerm energy dissipation concepts / round free jet solution / continuity solutions / finite element technology / discontinuity-capturing operator / nonlinear hyperbolic conservation law / stirred tank systems / multi-dimensional advection-diffusion systems / hyperbolic conservation law / multidimensional advective diffusive systems / interdomain communications / predictive tool / / OperatingSystem Linux / / Organization Mathematics Department / Stanford University / National Aeronautics and Space Administration / Chalmers University of Technology / / Person Reynolds Averaged Navier Stokes / Methods Fluids / Keith Johnson / Kevin J. Bittorf / / Position Wilson D.J. / CFD engineer / Corresponding Author / / Product Linux / / ProvinceOrState New York / / SportsLeague Stanford University / / Technology GLS technology / FOUR -900 MHz processors / RAM / finite element technology / 3-D / Linux / Fluid Dynamics / heat transfer / THREE -900 MHz processors / simulation / /
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VALIDATING THE GALERKIN LEAST-SQUARES FINITE ELEMENT METHODS IN PREDICTING MIXING FLOWS IN STIRRED TANK REACTORS Keith Johnson and Kevin J. Bittorf * Dantec Dynamics 777 Corporate Drive, Mahwah, NJ, 07430, USA * Correspo