LOCAL VISUALISATION
PHYSICS LABORATORY / EXPERIMENT 001 · BUILD GEARS-20261014B
⟶ NEW: COUPLED 2.5D FLUID SLICE GEARS — LOCAL NUMERICAL WORKER
Fluid, not fiction.
Watch actual calculated fields in a sealed, heated cube—or rotate a visible 3D doughnut representing the mathematical torus of an exact periodic flow. The shape illustrates the topology; the equations govern the flow.
3D CAVITY + 2D PERIODIC BENCHMARK
SEALED CAVITY · 3D FIELD SLICE
ARCHIVED NUMERICAL FIELDMODEL3-D Boussinesq · Ra 20,000
GEOMETRYImpermeable insulating baffle
STATUSLoaded from numerical result
MODEL RESULT3.194NUSSELT / COLD PLATE
AGAINST BASELINE+1.94%COARSE 12³ EXPERIMENT
INDEPENDENT CHECK+4.84%16³ REFINEMENT / UNCONVERGED
NUMERICAL STATUSPROVISIONALNO EXPERIMENTAL VALIDATION
WHAT YOU ARE LOOKING AT
Pressure alone doesn't create flow.
This sealed cube contains water with a hot bottom and cold top. Density differences produce buoyancy. The 3D Python solver evolved the velocity and temperature fields with impermeable walls. You are inspecting its recorded output, not watching invented molecules.
RESEARCH LIMITATIONThe 12³ result is coarse. The candidate improves the modeled heat extraction at 12³ and 16³, but the change varies with resolution; it is not a mesh-independent or physically validated design.
AUTOMATED GEOMETRY SWEEP