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Visualizing the vorticity equation

11,513 Aufrufe • vor 1 Jahr •via X (Twitter)

10 Kommentare

Profilbild von Josh Dison
Josh Disonvor 1 Jahr

Dude you’re super talented when it comes to making easy visualizations of hard concepts. I appreciate all the time and effort you put into making these!!

Profilbild von Sam Brandt
Sam Brandtvor 1 Jahr

Thank you!

Profilbild von Brian G. Añano
Brian G. Añanovor 1 Jahr

This is an amazing and easy-to-understand animation of the vorticity concept. I do enjoy dynamic meteorology but, aside from the difficult maths, I often struggled to imagine or explain the physical interpretation of some equations. Animations like this would have been helpful.

Profilbild von Sam Brandt
Sam Brandtvor 1 Jahr

Thank you, glad I could help!

Profilbild von Saheb Singh
Saheb Singhvor 1 Jahr

very neat. I'd love to see these graphics for something like a warm front discussed!

Profilbild von Roger Riggin IV
Roger Riggin IVvor 1 Jahr

This is BEAUTIFUL!

Profilbild von Sam Brandt
Sam Brandtvor 1 Jahr

Thanks!!

Profilbild von Alex Bigman
Alex Bigmanvor 1 Jahr

This is a great visualization honestly

Profilbild von Diego Bellotti
Diego Bellottivor 1 Jahr

Hi Sam! I have a question that is not really related to what you showed; Is Elevated Convection prone to strong wind gusts in the Lower Layers? Many thanks

Profilbild von Sam Brandt
Sam Brandtvor 1 Jahr

Because elevated convection sits atop a stable layer, they are less likely to produce strong wind gusts at the surface. Surface based storms with high cloud base heights, however, are prone to strong wind gusts due to steep low-level lapses rates and evaporational cooling

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