#flowvis — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #flowvis, aggregated by home.social.
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There are a lot of striking examples of bad and misleading visualizations out there. Even specific websites dedicated to the topic can be found. Yet, most of them only discuss charts and maps. Examples for bad 3D visualizations of spatial data (medical, flow, engineering, biological, climate, wheater, ...) are really hard to find.
Does anyone know of a good source for those?
#visualization #scivis #ieeevis #eurovis #dataviz #flowvis #biovis #medvis
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There are a lot of striking examples of bad and misleading visualizations out there. Even specific websites dedicated to the topic can be found. Yet, most of them only discuss charts and maps. Examples for bad 3D visualizations of spatial data (medical, flow, engineering, biological, climate, wheater, ...) are really hard to find.
Does anyone know of a good source for those?
#visualization #scivis #ieeevis #eurovis #dataviz #flowvis #biovis #medvis
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In a couple of hours, my colleague Simon and I will be on the way to the International Symposium on Vision, Modeling, and Visualization (#VMV) in Braunschweig.
Simon will present our work on using GPU-accelerated texture compression for efficient vector field visualization.
If you are interested, the paper is already available via Eurographics:
Really looking forward to the other presentations and conversations ahead.
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Exploring the Venturi effect.
A simulation was performed to create this model which depicts streamlines within a tube. The lines are coloured to show that the pressure at the throat section is lower (blue) than the pressure at the inlet or outlet sections (red).
#stem #cfd #flowvis #animation #3d #sketchfab #atpl #openfoam #paraview
https://sketchfab.com/3d-models/exploring-the-venturi-effect-ec57ac1bfceb46399d7627616ef5aee2
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Exploring the Venturi effect.
A simulation was performed to create this model which depicts streamlines within a tube. The lines are coloured to show that the pressure at the throat section is lower (blue) than the pressure at the inlet or outlet sections (red).
#stem #cfd #flowvis #animation #3d #sketchfab #atpl #openfoam #paraview
https://sketchfab.com/3d-models/exploring-the-venturi-effect-ec57ac1bfceb46399d7627616ef5aee2
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Exploring the Venturi effect.
A simulation was performed to create this model which depicts streamlines within a tube. The lines are coloured to show that the pressure at the throat section is lower (blue) than the pressure at the inlet or outlet sections (red).
#stem #cfd #flowvis #animation #3d #sketchfab #atpl #openfoam #paraview
https://sketchfab.com/3d-models/exploring-the-venturi-effect-ec57ac1bfceb46399d7627616ef5aee2