################################################################# The short overview of the applications performed by members (PhD, MSc students) of the Thermo-Fluids Section, Department of Multi Scale Physics, Faculty of Applied Sciences, Delft University of technology - status at September 2004 ----------------------------------------------------------------- 1. FLUENT has been primarily used by graduate (MSc) students and always as an addition to simulations performed by in-house codes 2. GAMBIT has been used by few PhD students for grid generation for unstructured numerical codes. ----------------------------------------------------------------- PLEASE NOTE: (+) - option is used; (-) - option is NOT used; ----------------------------------------------------------------- ################################################################# types of flows and geometries ++ stationary/instationary ++ 2D/3D ++ laminar/turbulent ++ compressible, in-compressible ++ turbulent: models k-e (+) RNG k-e (-) Re stress (+) k-w (-) wall laws: standard, enhanced (++) ++ separation ++ complicated geometries: ++ complicated physics ++ complicated grid ++ 2D ++ 3D -- how complicated number of objects number of grid points: 2x10^4 - 2x10^6 examples: flow in a combustor, flow over the two-dimensional hill, mutiple-impinging jets; -- geometry outline: ++ gambit -- grids ++gambit physics: ++ multi-phase ++ two-phase fluid-particle lagrangian eulerian (multiple-fluid) ++ heat transfer ++ passive (shear driven) ++ combustion ++ pre-mixed ++ non-pre-mixed -- parallel: NO -- typical examples of geometries -- typical geometries that you do NOT with Fluent ++ there are much-easier other packages IN HOUSE CODES: X-STREAM, T-REX, BUOYFLOW ############################################################# Best regards, --Sasa K.--