Regime
The thin shock layer — γ and the density ratio decide it, and M∞ has dropped out
Every figure drawn under this hypothesis — 9 of them — with the essay each one belongs to and the generator that drew it.
9 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 jet striking a plate leaves a stronger wall jet the further it travelled — 2 mm slot, 5 cm/s, water; laminar · laminar-jet · hero
- A jet striking a plate leaves a stronger wall jet the further it travelled — 2 mm slot, 5 cm/s, water; laminar · laminar-jet
- A jet striking a plate leaves a stronger wall jet the further it travelled — 2 mm slot, 5 cm/s, water; laminar · laminar-jet
- A shock that lies on the body — γ = 1.4, perfect gas — the limits move with γ and not with M · hot-gas · hero
- A shock that lies on the body — γ = 1.4, perfect gas — the limits move with γ and not with M · hot-gas
- A shock that lies on the body — M∞ = 20, γ = 1.4 — the layer is neither concentric nor uniform in reality · hot-gas
- A shock that lies on the body — γ = 1.4 — the correlation is for a sphere and is a measurement · hot-gas
- A shock that lies on the body — γ = 1.4 throughout · hot-gas
- A shock that lies on the body — M∞ = 8, γ = 1.4 — the layer is neither concentric nor uniform in reality · hot-gas