... was used to evaluate the ability of the CFD model and selected turbulence model to accurately predict the flow field and dynamic pressures around the flow obstruction. The five simulations examined the use of "no" turbulence model, the "standard" form of the k- model, the "realizable" form of the k...

... phase. subsea system reduced velocity time step model-scale reynolds number semi-submersible floater cfd calculation investigation model test upstream oil & gas floating production system turbulence model grid model test result full-scale reynolds number equation reynolds number...

... at high Reynolds number. equation boundary layer mooring system high reynolds number cylinder production logging openfoam circular cylinder coefficient time history transition model flow regime reynolds number upstream oil & gas production monitoring turbulence model subsea system...

.... offshore technology conference cfd result natural period simulation model scale platform subsea system openfoam calculation antony cfd simulation experimental result coefficient model test vortex turbulence model sway vim reynolds number upstream oil & gas vim response...

... waves generated by submarine landslides is studied using a computational model based on Navier-Stokes equations. The volume of fluid (VOF) method is used to track the free surface and shoreline movements. The Renormalization Group (RNG) turbulence model and the Detached Eddy Simulation (DES) multiscale...

... to projects followed by a case study illustrating a suitable area of application given the current level of maturity of the numerical tools and the timeframes required to perform the work. The first part of the paper includes a review of the available turbulence models comparing their benefits and drawbacks...