Regime
Set by the position along a duct — x⁺ = x/(D·Re·Pr), axial conduction dropped
Every figure drawn under this hypothesis — 14 of them — with the essay each one belongs to and the generator that drew it.
14 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 steel wall lengthens a sodium entrance by half — slug or turbulent pipe, Pe = Re·Pr; wall Biot number hw·D/kf; slug · thermal-layer · hero
- A steel wall lengthens a sodium entrance by half — slug or turbulent pipe, Pe = Re·Pr; wall Biot number hw·D/kf; slug · thermal-layer
- A steel wall lengthens a sodium entrance by half — slug or turbulent pipe, Pe = Re·Pr; wall Biot number hw·D/kf; slug · thermal-layer
- A steel wall lengthens a sodium entrance by half — slug or turbulent pipe, Pe = Re·Pr; wall Biot number hw·D/kf; slug · thermal-layer
- A steel wall lengthens a sodium entrance by half — slug or turbulent pipe, Pe = Re·Pr; wall Biot number hw·D/kf; slug · thermal-layer
- A steel wall lengthens a sodium entrance by half — conductivities stated near working temperature; thin wall, no axial conduction · thermal-layer
- A steel wall lengthens a sodium entrance by half — slug or turbulent pipe, Pe = Re·Pr; wall Biot number hw·D/kf · thermal-layer
- How far before the heat arrives — fully developed laminar flow, fixed wall temperature, no axial conduction — Pe large · thermal-entry · hero
- How far before the heat arrives — fully developed laminar flow, fixed wall temperature, no axial conduction — Pe large · thermal-entry
- How far before the heat arrives — fully developed laminar flow, fixed wall temperature, no axial conduction · thermal-entry
- How far before the heat arrives — fully developed laminar flow, fixed wall temperature, no axial conduction · thermal-entry
- How far before the heat arrives — fully developed laminar flow, fixed wall temperature, no axial conduction · thermal-entry
- A steel wall lengthens a sodium entrance by half — turbulent pipe, Reτ = 1000, Pr 0.002 to 0.08; wall Biot number hw·D/kf · thermal-layer
- How far before the heat arrives — fully developed laminar flow, no axial conduction — Pe large, and Re below 2,300 · regime-crossover