The availability of a high quality open source CFD simulation platform like OpenFOAM offers new R&D opportunities by providing direct access to models and solver implementation details. Efforts have been made by Hydro-Québec to adapt OpenFOAM to hydroturbines for the development of steady-state capabilities. This paper describes the developments that have been made to implement new turbomachinery related capabilities: multiple frames of reference solver, domain coupling interfaces (GGI, cyclicGGI and mixing plane) and specialized boundary conditions. Practical use of the new turbomachinery capabilities are demonstrated for the analysis of a 195-MW Francis turbine
A mixing plane interface provides a circumferentially averaging rotor-stator coupling interface, whi...
50% of the electric power in Sweden is generated by water power. Many of the power plants in Sweden ...
This work presents results from OpenFOAM simulations conducted on a swirl generator designed to give...
The OpenFOAM CFD toolbox was released as OpenSource December 10, 2004, and since then the number of ...
The OpenFOAM CFD toolbox was released as OpenSource December 10, 2004, and since then the number of ...
Hydro power can be recognised as a relatively mature technology of all renewable energies. Efficienc...
The development of a methodology to simulate numerically the steady state flow field in Francis turb...
During the spring of 2012, Lorentz Fjellanger Barstad developed a method for modelling the flow in a...
The flexibility and fast responsiveness of hydropower systems make them a reliable solution to overc...
The flexibility and fast responsiveness of hydropower systems make them a reliable solution to overc...
50% of the electric power in Sweden is generated by water power. Many of the power plants in Sweden ...
Rolls-Royce Research \& Technology propulsion department has developed a fully automated open water ...
The purpose of this study is to evaluate the newly distributed OpenFOAM (www.openfoam.org) OpenSourc...
The purpose of this study is to evaluate the newly distributed OpenFOAM (www.openfoam.org) OpenSourc...
OpenFOAM has been used successfully at Chalmers for water turbine applications since the beginning o...
A mixing plane interface provides a circumferentially averaging rotor-stator coupling interface, whi...
50% of the electric power in Sweden is generated by water power. Many of the power plants in Sweden ...
This work presents results from OpenFOAM simulations conducted on a swirl generator designed to give...
The OpenFOAM CFD toolbox was released as OpenSource December 10, 2004, and since then the number of ...
The OpenFOAM CFD toolbox was released as OpenSource December 10, 2004, and since then the number of ...
Hydro power can be recognised as a relatively mature technology of all renewable energies. Efficienc...
The development of a methodology to simulate numerically the steady state flow field in Francis turb...
During the spring of 2012, Lorentz Fjellanger Barstad developed a method for modelling the flow in a...
The flexibility and fast responsiveness of hydropower systems make them a reliable solution to overc...
The flexibility and fast responsiveness of hydropower systems make them a reliable solution to overc...
50% of the electric power in Sweden is generated by water power. Many of the power plants in Sweden ...
Rolls-Royce Research \& Technology propulsion department has developed a fully automated open water ...
The purpose of this study is to evaluate the newly distributed OpenFOAM (www.openfoam.org) OpenSourc...
The purpose of this study is to evaluate the newly distributed OpenFOAM (www.openfoam.org) OpenSourc...
OpenFOAM has been used successfully at Chalmers for water turbine applications since the beginning o...
A mixing plane interface provides a circumferentially averaging rotor-stator coupling interface, whi...
50% of the electric power in Sweden is generated by water power. Many of the power plants in Sweden ...
This work presents results from OpenFOAM simulations conducted on a swirl generator designed to give...