Regime
A curved shock whose shape is a model and whose jumps are exact
Every figure drawn under this hypothesis — 15 of them — with the essay each one belongs to and the generator that drew it.
15 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.
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave · hero
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave
- The gas beside a hypersonic body remembers its nose — hemisphere-nosed cylinder of diameter d, perfect gas γ = 1.4; temperatures over the free stream's · nonlinear-wave
- The spin a shock leaves behind — M∞ = 6, γ = 1.4 — the shape is a model, the jumps are exact · reactive-shock · hero
- The spin a shock leaves behind — M∞ = 6, γ = 1.4 — the shape is a model, the jumps are exact · reactive-shock
- The spin a shock leaves behind — M∞ = 6, R_s = 1 m, T∞ = 220 K, γ = 1.4 · reactive-shock
- The spin a shock leaves behind — M∞ = 6, γ = 1.4 — every member has the same β at the same y/R_s · reactive-shock
- The spin a shock leaves behind — M∞ = 10, γ = 1.4 — the shape is a model, the jumps are exact · reactive-shock
- The spin a shock leaves behind — M∞ = 6, T∞ = 220 K, γ = 1.4 · reactive-shock
- The spin a shock leaves behind — M∞ = 8, T∞ = 220 K, γ = 1.4 · reactive-shock
- The spin a shock leaves behind — M∞ = 8, γ = 1.4 — every member has the same β at the same y/R_s · reactive-shock