Regime
Re 1 to 47 — attached, or a steady standing pair
Every figure drawn under this hypothesis — 27 of them — with the essay each one belongs to and the generator that drew it.
27 figure placements state this regime. The strip along the foot of every figure names two things — the model that produced it and the regime it holds in — and this listing is read back out of the finished drawing rather than from what produced it.
- A trailing wake hurries a pair together — 2-D; Gaussian wakes carrying the drag, b² = 1 + 8ξ/Re; shear lift coefficient one; Re = 200 · ideal-cylinder · hero
- A trailing wake hurries a pair together — 2-D; Gaussian wakes carrying the drag, b² = 1 + 8ξ/Re; shear lift coefficient one; Re = 200 · ideal-cylinder
- A trailing wake hurries a pair together — 2-D; Gaussian wakes carrying the drag, b² = 1 + 8ξ/Re; shear lift coefficient one; Re = 200 · ideal-cylinder
- A trailing wake hurries a pair together — 2-D; Gaussian wakes carrying the drag; shear lift coefficient one; spacing 6 radii, Re = 200 · ideal-cylinder
- Where the heat of a drag is made — Re = 4 on the diameter — steady, two-dimensional, no shedding · energy-budget
- Everything happens in a layer you cannot see — Re = 10 · viscous-cylinder
- One number decides which physics applies — Re = 10 · viscous-cylinder
- The model that cannot be matched — Re = 10 · viscous-cylinder
- The two theories, side by side — Re = 10 · viscous-cylinder
- When the flow lets go — Re = 10 · viscous-cylinder
- A thousandth of a monolayer holds a bubble still — air in water at 20 °C, radius 50 µm, Re ≈ 0.81; σ = σ₀ − RTΓ, a dilute monolayer · moving-surface
- Circulation is vorticity, added up — Re = 40 · stokes-loop · hero
- Circulation is vorticity, added up — Re = 40 · stokes-loop
- Circulation is vorticity, added up — Re = 40 · stokes-loop
- Everything happens in a layer you cannot see — Re = 40 · viscous-cylinder · hero
- Everything happens in a layer you cannot see — Re = 40 · viscous-cylinder
- How many things a flow must be told — Re = 40 · viscous-cylinder
- How much uphill a layer can take — Re = 40 · viscous-cylinder
- How thick is thin — Re = 40 · viscous-cylinder
- Steady does not mean nothing is happening — Re = 40 · viscous-cylinder
- Streamlines are not the paths particles take — Re = 40 · viscous-cylinder
- The exact theory says nothing has any drag — Re = 40 · viscous-cylinder
- The price of a gradient — Re = 40 on the diameter — steady, two-dimensional, no shedding · energy-budget
- The street a steady calculation cannot draw — Re = 40 · viscous-cylinder
- The two theories, side by side — Re = 40 · viscous-cylinder
- The world with no inertia — Re = 40 · viscous-cylinder
- When the flow lets go — Re = 40 · viscous-cylinder