Regime
Set by the channel Reynolds number — internal flow between walls
Every figure drawn under this hypothesis — 24 of them — with the essay each one belongs to and the generator that drew it.
24 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 wake that keeps the drag and forgets the body — constant eddy viscosity, marched to two thousand half-widths · what-turbulence-forgets
- A wake that keeps the drag and forgets the body — constant eddy viscosity — a hundred initial half-widths · what-turbulence-forgets
- A wake that keeps the drag and forgets the body — constant eddy viscosity — two thousand initial half-widths · what-turbulence-forgets
- A wake that keeps the drag and forgets the body — constant eddy viscosity — two thousand initial half-widths · what-turbulence-forgets
- Exactly similar, and one number short — unit momentum flux and unit viscosity · viscous-exact
- Exactly similar, and one number short — arithmetic — the comparison is between two shapes, with no fluid in it · viscous-exact
- The cheapest shape the walls allow — a channel of half-width h — the comparison is kinematic, not a solve · energy-budget
- How far before a duct forgets what was fed into it — laminar, plane channel — Re 100 to 800 on the half-width · layer-that-stops
- A duct that forgets everything but one number — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- How far before a duct forgets what was fed into it — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops · hero
- How far before a duct forgets what was fed into it — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- How far before a duct forgets what was fed into it — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- How far before a duct forgets what was fed into it — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- The layer that stops at a depth — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- The layer that stops at a depth — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- The layer that stops at a depth — Re = 200 on the half-width — laminar, developing flow in a plane channel · layer-that-stops
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow, the fastest wave, Re from 6 × 10³ to 10⁶ on the half-width · turbulent-exact
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow, Re from 5 × 10³ to 10⁶ on the half-width · turbulent-exact
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow at Re = 10⁴ on centreline speed and half-width, α = 1 · turbulent-exact
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow at Re = 10⁴ on the half-width, α = 1, the growing mode · turbulent-exact
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow, total wavenumber 1.02056, Re from 5772 to 2.3 × 10⁴ on the half-width · turbulent-exact
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille and plane Couette flow, Re from 5772 to 5 × 10⁴ on the half-width · turbulent-exact
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow, two-dimensional waves, Re from 5772 to 10⁶ on the half-width · turbulent-exact · hero
- The profile Rayleigh cleared and viscosity did not — plane Poiseuille flow, two-dimensional waves, Re from 5772 to 10⁶ on the half-width · turbulent-exact