XX residual elastic strainCHESS / DIRECT MEASUREMENT
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09 / Embodied + recorded history
Same alloy. Same recipe.
Not the same history.
Three NIST AM-Bench IN718 builds share one projected nominal P3 recipe. Their build and part identities remain distinct, and the published residual-strain field belongs to B7-P3 alone.
01 / Bounded result
What the exact release proves
Every count and range below is recomputed from the verified source projection. Equality is always tied to an explicit key.
02 / Evidence chain
Five layers; no measurement promotion
Prescribed parameters, in-situ derived products, and ex-situ residual strain are different evidence objects.
03 / Shared nominal recipe
One prescription across three P3 parts
This is exactly the equality key used by the nominal-recipe regime. It is not an observed machine trajectory.
04 / Native identities
Three builds stay three builds
Select a build to inspect its source record, P3 comparison part, and separate P1 thermography record.
05 / Identity regimes
The answer changes with the equivalence key
Class count is not a property of the alloy alone. It is a result of the declared identity question and available evidence.
06 / Present measured state
B7-P3 is a field, not one number
All 2,248 X/Z locations remain in the artifact. Colour shows the selected tensor component; choose a height to isolate one exact source slice.
07 / Source audit
The important inconsistency remains visible
08 / Historical Load
No defensible number is the result
—NOT EVALUATED
null, not zero09 / Reading discipline
What this release lets you say
Nominal recipe
The selected P3 recipe fields match exactly across B6, B7, and B8.
Build and part
Native identifiers and parent links preserve three different recorded objects.
B7-P3 field
XX and ZZ strain values retain coordinates and published uncertainty.
Sibling state
No selected residual-strain result resolves B6-P3 or B8-P3.
Causal mechanism
Provenance association does not become a generated causal-effect relation.