Home▸Meteorology & Weather Patterns▸How a Tropical Cyclone Forms, Strengthens and Weakens: Orbit-to-Eyewall Lab with SST, Shear and Coriolis

🌀 How a Tropical Cyclone Forms, Strengthens and Weakens: Orbit-to-Eyewall Lab with SST, Shear and Coriolis

Fly from orbit down to the eyewall of a raymarched tropical cyclone and watch the sea-surface temperature (26.5 C threshold), vertical shear, moisture and the Coriolis limit near the equator decide whether it forms, becomes a major hurricane, replaces its eyewall and decays at landfall, with a Holland wind and pressure profile, a Saffir-Simpson readout and a simple storm-surge estimate at a generic coastal town.

Meteorology & Weather Patterns3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender
how-a-tropical-cyclone-forms-strengthens-and-weakens-orbit-to-eyewall-sst-shear-coriolis-lab ↗ Open standalone
⚙ Under the hood

Fly from orbit down to the eyewall of a raymarched tropical cyclone and watch the sea-surface temperature (26.5 C threshold), vertical shear, moisture and the Coriolis limit near the equator decide whether it forms, becomes a major hurricane, replaces its eyewall and decays at landfall, with a Holland wind and pressure profile, a Saffir-Simpson readout and a simple storm-surge estimate at a generic coastal town.

Tropical CycloneHurricaneCoriolis EffectSea Surface TemperatureSaffir-SimpsonMeteorologyThree.js

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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