BlueChips Compressible-Depletion Analysis

Simulation setup

Periodic 3D flow

CapabilityLoading contract…
04 Object & immersed boundary

Choose, qualify, place, and define the immersed boundary without leaving this section.

Choose preset or upload

Validated canonical surface; voxelized on the active grid
Server-provided watertight meshes

Loading test objectsChecking the local preset library…

Object transform Scale, placement & orientation Set the physical solver transform before launch; it is frozen for that run.
s/L
Uniform physical scale before model rotation
Position · domain fraction
x/L
y/L
z/L
Fractional center in the triply periodic box
Orientation · degrees
°
°
°
Applied to preview, solver mask, and receipt. Use the viewport Move, Rotate, or Uniform Scale tool; red X, green Y, and blue Z handles synchronize these exact values. Camera navigation remains independent.
Boundary contract

Pressure-preserving, smooth Brinkman velocity relaxation with a stationary no-slip target. The box remains triply periodic.

Review & run

Preset-object crossflow · 64³ · Ma 0.5 · Re 1,600 Rolling autosave · local output and evidence receipt

Hash-bound warm start

Continue from checkpoint

Select a protected completed hypersonic run to validate its restart checkpoint.

Seed run
-
Case
-
Mesh
-
Restart
-
Mesh points
-
Checkpoint rows
-

Geometry, freestream, chemistry, mesh, and solver identity remain locked to the verified seed. This starts a new protected child run; it does not modify the seed.

Choose an eligible run.

BlueChips Hypersonic Flagship Four flagship cases

Select a flagship case

Idle

Precomputed native-node fields · presentation scope

Runtime Checking…

BlueChips proprietary diagnostic layer

Signature fields · derived on the solved SU2-NEMO state

SU2-NEMO supplies the source field; BlueChips derives the diagnostics that are the point of this workbench: the compressible-depletion envelope and the pressure-forcing misalignment family. One click paints the viewer, the wall, and the legend. Every raw solver field stays available in the Scene dock.

Envelope margin minimum · f - α-
Realized margin minimum · f - |η|-
Smooth eligible nodes-
Near-shock excluded nodes-
Awaiting source field Native SU2 nodes No interpolation Diagnostic only · not certified

BlueChips live diagnostic

BlueChips eligibility on the 3D source field

Awaiting run Awaiting volume frame
Presets synchronize diagnostic points, wall surface, and legend. Eligibility keeps categorical wall classes and adds a continuous shock-evidence volume overlay.
Interactive 3D flow visualization requires canvas support.
WALL + POINTS · BLUECHIPS -
Derived field
VISIBLE FIELD BAND All eligible nodes · focus off
Ranking active point field Awaiting active BlueChips field
Low Mid High
All ranked nodes visible · 0-100%
Drag either stop or the selected band to isolate the active point-field percentiles without changing source values.

DEFINITION Select a signature field to see its definition and formula.

NAV Select node · drag orbit · Shift-drag pan · wheel/pinch zoom · Home reset

The object and sampled velocity volume will appear here.

Select a visible point to orbit around it; with no selection, orbit uses the scene center. Shift, middle, or right drag to pan. Use the wheel or pinch to zoom from the farfield down to close surface inspection. Arrow keys orbit, Shift plus arrow keys pan, and Home resets the view. Camera navigation never changes model geometry or solver inputs. For a mesh, click the object to select it, choose Move, Rotate, or Uniform Scale in the viewport toolbar, then drag a handle. Axis handles follow DCC colors: red X, green Y, and blue Z. G, R, and S switch tools. Scale is always uniform, never per-axis.

Retained solver frames No retained frames Following live

Exact retained frames · no interpolation

Viewport
Scene visibility Independent display layers
SU2-NEMO solver fields Every scalar the solver wrote, untouched
Affects Show volume field only. Selecting a raw field reveals the volume points and hides BlueChips eligibility so its colors remain visible. Flow overlays, wall texture, and sections keep their own fields.
Volume sections
Exact retained-volume cuts · display-only · source nodes unchanged.
Isosurface Level set of any solver or BlueChips field, colored by a second field
Marching-tetrahedra level set on the solver's piecewise-linear representation. The Q-criterion default outlines rotation-dominated structure. A Mach level is a selected display isosurface, not a resolved shock surface.
Surface source status awaiting solved data
Limiting streamlines integrate the wall skin-friction vector on the exact display mesh; separation and reattachment lines emerge where they converge. Display-only; not certification evidence.
Framing only · native SU2 nodes
Directional streamline motion is on by default; clear Animate streamline direction to pause it. This presentation is not a particle trajectory or physical-time playback. Body ordering uses the normal painter depth of each native path segment. Vorticity lines follow a least-squares curl of velocity; near-shock node/context geometry is qualitative and has no path-local quality classification. Display-only tagged solver nodes plus connectivity-proximity context. Enabling this view also enables the diagnostic-node layer. It is not an interpolated shock surface, resolved thickness, or physical shock-distance measurement. Choose the scalar independently from its presentation. Raw solver-wall values remain exact; the reconstructed near-wall trend is display-only; depth lighting and feature edges are a separate presentation layer and never modify solver arrays. Manuscript-defined local eligibility reconstructed on native SU2 nodes; separate from solver scalar and vector fields. Isolates BlueChips markers and the object; hides SU2 volume points, velocity/vorticity lines and vectors, the farfield box, and transform handles. Existing layer choices are preserved.
Vector
Velocity / magnitude
Displayed nodes
0
Range
-
Geometry
None
Surface
Awaiting object
Stage / simulation time0.000 / - Step / iteration0 Convergence evidenceAwaiting residuals Wall time0s Run ID-
Idle

No numerical worker is active.

BlueChips evidence

Diagnostic record

Margins, eligibility counts, exclusions, snapshot provenance, and the exact claim boundary.

Validation cards

Anchor comparisons against analytic references on preview-tier meshes, not experimental validation. Bands were pre-registered before any wave-1 run; no qualification grade is minted by a verdict.

No terminal hypersonic run is loaded.

Native-node probe

Selected mesh / BlueChips point

Displayed nodes highlight in 3D; omitted nodes load as unprojected terminal tuples after a completed run.

No point selected

Source solver tuple BlueChips derived diagnostic Not certified

Click or tap a visible source-field point to inspect that exact display-sampled node. When projected nodes overlap, use the overlap controls to review each candidate without changing the field.

Kinetic energy-
Enstrophy-
Maximum Mach-
Experimental · local CFM max-
Experimental · stretch efficiency-
Experimental · RCL λ₂-
Density range-

Field monitor

Mid-plane density

Awaiting field data
Density field visualization requires canvas support.

Field samples will appear after initialization.

Diagnostic history

Energy · enstrophy · Mach

0 samples
Diagnostic timeline requires canvas support.

Ordered observations

Event timeline

0 events
  1. No run events have been recorded.

Machine-readable handoff

BlueChips diagnostic receipt

Pending
Mode
-
State
-
Samples
-
Definition
Pending

Standard vs experimental

Definition version pending
Standard observables
Kinetic energy
-
Enstrophy
-
Maximum Mach
-
Experimental diagnostics
Local CFM max
-
Stretch efficiency
-
RCL λ₂
-
SHA-256 record digest Receipt generated at terminal state
Inspect receipt JSON 
{}

Object-boundary certification is outside the current capability contract.