SFO-Project
Open source series of developed and validated Computational Fluid Dynamics (CFD)
Seattle, WA
Pinned Repositories
2D-flow-in-backwardstep-laminar
CFD methodology for analysis of laminar flow in a channel with backward facing step.
2D-flow-over-cylinder-laminar
CFD methodology for analysis of steady laminar flow over a cylinder.
2D-flow-over-cylinder-laminar-unsteady
CFD methodology for analysis of unsteady laminar flow over a cylinder.
2D-flow-over-flat-plate-VOF-turbulent
Numerical methodology to simulate turbulent flow over a flat plate in O.
2D-flow-over-rotating-cylinder-laminar
CFD methodology for analysis of laminar flow over a rotating cylinder.
3D-flow-in-circular-pipe-laminar
CFD methodology for analysis of 3D laminar flow in a circular pipe.
3D-flow-over-HighSolidityWells-turbine-MRF-turbulent
CFD methodology for analysis of steady turbulent flow over a high solidity wells turbine using Multiple Reference Frame (MRF) model.
3D-flow-over-WindTidal-turbine-1DMomentum-turbulent
CFD methodology for analysis of steady turbulent flow over a horizontal axis wind/tidal turbine using 1D Momentum model.
3D-flow-over-WindTidal-turbine-VBM-turbulent
CFD methodology for analysis of steady turbulent flow over a horizontal axis wind/tidal turbine using Virtual Blade Model (VBM).
dimension-flow-type-geometry-regiem
Template for a repository and tutorial to contribute to it in the SFO Project:
SFO-Project's Repositories
sfo-project/3D-flow-over-WindTidal-turbine-VBM-turbulent
CFD methodology for analysis of steady turbulent flow over a horizontal axis wind/tidal turbine using Virtual Blade Model (VBM).
sfo-project/3D-flow-in-circular-pipe-laminar
CFD methodology for analysis of 3D laminar flow in a circular pipe.
sfo-project/2D-flow-over-cylinder-laminar
CFD methodology for analysis of steady laminar flow over a cylinder.
sfo-project/2D-flow-in-backwardstep-laminar
CFD methodology for analysis of laminar flow in a channel with backward facing step.
sfo-project/2D-flow-over-cylinder-laminar-unsteady
CFD methodology for analysis of unsteady laminar flow over a cylinder.
sfo-project/2D-flow-over-flat-plate-VOF-turbulent
Numerical methodology to simulate turbulent flow over a flat plate in O.
sfo-project/3D-flow-over-HighSolidityWells-turbine-MRF-turbulent
CFD methodology for analysis of steady turbulent flow over a high solidity wells turbine using Multiple Reference Frame (MRF) model.
sfo-project/3D-flow-over-WindTidal-turbine-1DMomentum-turbulent
CFD methodology for analysis of steady turbulent flow over a horizontal axis wind/tidal turbine using 1D Momentum model.
sfo-project/dimension-flow-type-geometry-regiem
Template for a repository and tutorial to contribute to it in the SFO Project:
sfo-project/2D-flow-over-rectangle-laminar
CFD methodology for analysis of steady laminar flow over a rectangle.
sfo-project/2D-flow-over-rotating-cylinder-laminar
CFD methodology for analysis of laminar flow over a rotating cylinder.
sfo-project/3D-flow-over-wings-turbulent
CFD models for simulation of turbulent flow over 3D wings.
sfo-project/3D-particledispersion-in-channelflow-turbulent
sfo-project/2D-flow-in-rectangular-pipe-laminar
CFD methodology for analysis of 2D laminar flow in a rectangular pipe.
sfo-project/2D-flow-over-airfoils-turbulent
CFD models for simulation of turbulent flow over 2D airfoils.
sfo-project/2D-flow-over-flat-plate-laminar
CFD methodology for analysis of laminar flow and boundary layer over a flat plate.
sfo-project/2D-flow-over-heated-cylinder-laminar
CFD methodology for analysis of laminar flow over a heted cylinder.
sfo-project/3D-flow-over-prism-supersonic
CFD methodology for analysis of supersonic (compressible) flow over a prism.