1 · Trace the thermal path
A 30-cell equivalent anisotropic block conducts through a titanium casing and two bonded interface layers into upper and lower cold plates. The second plate receives water warmed by the first.
Khani Solutions · Saved simulation results
Inspect cooling through a battery module
Explore the real finite-element temperature section alongside the full-module and coolant histories. Separate internal heat storage from heat removed by the series circuit.
Explore the saved solution
Loading numerical results…
Drag to pan, scroll or pinch to zoom. Reset view restores the full section. Click a cell for its saved-time profile; select a plotted metric to return to a domain history.
Time history
Click the plot to select the nearest available field snapshot. Playback advances stored states at a constant display cadence; it is not real-time motion or a new solve.
Read the result, step by step
2 · Distinguish the cut from the volume
The map is a Y = 0 section of the 3D FE result. Material selection reveals the battery, casing, interfaces, plates or coolant. Its triangle-average maximum differs slightly from the full-volume nodal peak plotted below.
3 · Read transient heat storage
At 3,600 seconds the full-module peak is 63.50°C while the outlet is 27.80°C. The coolant removes about 194.60 W of the 300 W input at that instant; heat is still accumulating. A low outlet temperature does not mean a cool battery interior.
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.
Assembly CAD · STEP ↓Native FreeCAD ↓Full thermal history · CSV ↓Volume results & energy audit ↓Inputs ↓Mesh record ↓Flux correction record ↓Model notes ↓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.