Khani Solutions · Saved simulation results

Inspect propellant through the mission windows

Choose one of 35 phases, inspect exact saved liquid fields, and compare inventory, outlet acquisition and the separately calculated ullage pressure.

Explore the saved solution

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Read the result, step by step

1 · Select a phase

The simulation connects short, prescribed filling, acceleration, coast, settling and withdrawal windows. CFD window time is not elapsed journey time. Choose a phase before comparing snapshots.

2 · Inspect liquid location

Volume fraction 0 represents gas and 1 represents liquid. Intermediate values occupy the numerically resolved interface. Speed describes the solved 2D fluid motion; it does not turn this planar model into a 3D flow prediction.

3 · Connect the field to the system

Liquid inventory alone cannot establish outlet acquisition. Compare the local liquid field with the outlet fraction and prescribed load. Ullage pressure comes from an independent one-way 0D helium balance, not a resolved thermal or pressurant-jet calculation.

Full model, mesh, solver settings and interpretation →Analysis & modeling gallery →

Data, CAD & traceability

These controls inspect retained numerical results. They do not rerun the solver when you move a control. The manifest records file sizes and SHA-256 hashes. All four studies remain preliminary and unvalidated.

Complete saved ledger · CSV ↓Original planar mesh · NumPy ↓Viewer data & sampling record ↓Displayed float32 fields ↓Asset manifest ↓Viewer & export source ↓

Field binary layout: little-endian float32, [saved state, stored quantity, displayed cell]. Geometry, units, fixed display ranges and times are declared in viewer.json. Battery detail color range reuses the same temperature field.