Regime
Set by the reduced frequency — linear unsteady aerofoil theory, planar wake
Every figure drawn under this hypothesis — 28 of them — with the essay each one belongs to and the generator that drew it.
28 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 calculation with no memory in it — morphologies are measurements; the travel is at the radius of the second moment · the-history-a-picture-leaves-out · hero
- A calculation with no memory in it — morphologies are measurements; the travel is at the radius of the second moment · the-history-a-picture-leaves-out
- A closure with no memory at all — reduced frequency for the aerofoil; turnovers for the turbulence · what-turbulence-forgets
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake at the free-stream speed; any Reynolds number · unsteady-response · hero
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake at the free-stream speed; any Reynolds number · unsteady-response
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake at the free-stream speed · unsteady-response
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake at the free-stream speed · unsteady-response
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake; the apparent-mass term is left out here and is drawn on its own view · unsteady-response
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake at the free-stream speed; any Reynolds number · unsteady-response
- Slow enough to be steady — thin aerofoil, small disturbance, a planar wake at the free-stream speed · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, small disturbance, a planar wake at the free-stream speed; any Reynolds number · unsteady-response · hero
- The gusts that cancel along the chord — thin aerofoil, small disturbance, a planar wake at the free-stream speed; any Reynolds number · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, small disturbance, a planar wake at the free-stream speed; any Reynolds number · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, a planar wake at the free-stream speed; any Reynolds number · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, a planar wake, frozen turbulence at the flight speed, no spanwise variation · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, a planar wake, frozen turbulence, no spanwise variation · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, a planar wake, frozen turbulence, no spanwise variation · unsteady-response
- The gusts that cancel along the chord — thin aerofoil, small disturbance, a planar wake; any Reynolds number · unsteady-response
- Two lifts at one incidence — reduced frequency 0.1, mean 12°, amplitude 8° — incompressible · what-a-wake-hands-back · hero
- Two lifts at one incidence — reduced frequency 0.1, mean 12°, amplitude 8° — incompressible · what-a-wake-hands-back
- Two lifts at one incidence — reduced frequency 0.1 — incompressible · what-a-wake-hands-back
- How small is small enough — Reynolds number, Re = Ud/ν, swept; the tolerance drawn is 1% · regime-crossover
- Slow enough to be steady — reduced frequency, k = ωb/U, swept; the tolerance drawn is 1% · regime-crossover
- What "of order one" is worth — Knudsen number, Kn = λ/H, swept; the tolerance drawn is 1% · regime-crossover
- What "of order one" is worth — reduced frequency, k = ωb/U, swept; the tolerance drawn is 1% · regime-crossover
- Where a fluid stops being one — Knudsen number, Kn = λ/H, swept; the tolerance drawn is 1% · regime-crossover
- Two lifts at one incidence — mean 12°, amplitude 8°, lag of four convective times — reduced frequency 0.1 · what-a-wake-hands-back
- The lag that makes flutter possible — the two-degree-of-freedom section, mass ratio 40 — incompressible · what-a-wake-hands-back