By solving the numerical flow problem, you can obtain the following results on and around the model:
- Pressure on structure surface
- Coefficient Cp distribution on the structure surfaces
- Pressure field about the structure geometry
- Velocity field about the structure geometry
- Turbulence k-ω field about the structure geometry
- Turbulence k-ε field about the structure geometry
- Velocity vectors about the structure geometry
- Streamlines about the structure geometry
- Forces on member-shaped structures that were originally generated from member elements
- Convergence diagram
- Direction and size of the flow resistance of the defined structures
Despite this amount of information, RWIND 2 remains clearly arranged, as is typical for the Dlubal programs. You can specify freely definable zones for a graphic evaluation. Voluminously displayed flow results about the body geometry are usually confusing – you are likely already familiar with this problem. That's why RWIND Basic provides freely movable section planes for the separate display of the "solid results" in a plane. For the 3D branched streamline result, you have an option to select between a static and an animated display in the form of moving line segments or particles. This option helps you to represent the wind flow as a dynamic effect.
You can export all results as a picture or, especially for the animated results, as a video.
