 | GFD 0: Rotating fluids have weird properties Taylor Columns revealed by food coloring in a rotating tank |
 | GFD I: Cloud formation Cloud formation on adiabatic expansion |
 | GFD II: Convection Convection due to heating from below |
 | GFD III: Radial inflow |
 | GFD IV: Parabolic table |
 | GFD V: Inertial Circles Visualizing the Coriolis effect |
 | GFD VI: Perrot's bathtub experiment Experiment on Earth's rotation |
 | GFD VII: Taylor Columns Taylor Columns over a bump |
 | GFD VIII: Thermal Wind and Hadley Circulation Thermal wind and the Hadley circulation |
 | GFD IX: Fronts Slope of a frontal surface |
 | GFD X: Ekman layers Spin down of a cyclone |
 | GFD XI: General circulation General circulation of the atmosphere |
 | GFD XII: Stress-driven circulation and Ekman layers Stress-driven flow |
 | GFD XIII: Wind-driven circulation ocean circulation Ocean gyres |
 | GFD XIV: Thermohaline circulation Stommel-Arons |
 | GFD XV: Source sink flow in a rotating basin Abyssal flow |
Experiments
- GFD 0: Rotation Stiffens Fluids
- GFD I: Cloud Formation
- GFD II: Convection
- GFD III: Radial inflow
- GFD IV: Parabolic table
- GFD V: Inertial Circles
- GFD VI: Perrot’s bathtub experiment
- GFD VII: Taylor Columns
- GFD VIII: Thermal Wind and Hadley Circulation
- GFD IX: Fronts
- GFD X: Ekman layers
- GFD XI: General circulation
- GFD XII: Stress-driven circulation and Ekman layers
- GFD XIII: Wind-driven ocean circulation
- GFD XIV: Thermohaline circulation
- GFD XV: Source sink flow in a rotating basin