fluent12-lecture08-udf
Pore-scale direct simulation of flow and transport in porous media
Numerical analysis of confined laminar diffusion effects of chemical kinetic mech
SECOND ORDER MODELLING OF COMPOUND OPEN CHANNEL-FLOWS Laboratoire de Modélisation en Hydraulique et Environnement Prepared by : Olfa DABOUSSI Presened.
FUEL CELL STACK MODEL BASED ON MULTIPLIPLY SHARED SPACE METHOD Steven B. Beale* and Sergei V. Zhubrin** * National Research Council, Ottawa, Canada **
Numerical Solution of an Inverse Problem in Size-Structured Population Dynamics Marie Doumic (projet BANG – INRIA & ENS) Torino – May 19th, 2008 with B.
Turbulence and surface-layer parameterizations for mesoscale models Dmitrii V. Mironov German Weather Service, Offenbach am Main, Germany ([email protected])
Multiphase and Reactive Flow Modelling BMEGEÁTMW07 K. G. Szabó Dept. of Hydraulic and Water Management Engineering, Faculty of Civil Engineering Spring.
ENVIRONMENTAL TURBULENCE 2 José Manuel REDONDO (*) Universitat Politècnica de Catalunya, Barcelona, Spain. Turbulence Course Vilanova i la Geltru.
Numerical analysis of confined laminar diffusion flame effects of chemical kinetic mechanisms
Suse Studio: "How to create a live openSUSE image with OpenFOAM® and CFD tools"
Aerodynamic and Acoustic Parameters of a Coandã Flow – a Numerical Investigation