Names follow the SUEWS YAML specification; click one for its definition in the configuration reference.
albedo | 0.3 unreferenced |
emissivity | 0.92 unreferenced |
thermal_conductivity | 0.16 |
specific_heat | 840 |
density | 950 |
Applies to: parameters.thermal_conductivity, parameters.specific_heat, parameters.density
Where: Table 6, Gypsum Plasterboard row, p. 11, 17
Publishes thermal conductivity 0.160 W m-1 K-1, specific heat 840 J kg-1 K-1 and density 950 kg m-3. The table does not publish albedo or emissivity.
Where: Pre-migration Spartacus Material row 36248158
Stores the same complete tuple under Ref 99240099, whose registry entry says Missing, reference. This establishes release and migration lineage only.
| Name | supported The IES table and historical catalogue both identify the material as Gypsum Plasterboard. |
|---|---|
| Target | supported Both sources describe thermophysical material properties used by a building-energy model. |
| Values | supported IES Table 6 publishes the exact thermal tuple 0.16/840/950. The optical pair 0.30/0.92 is retained from the migrated row only and is explicitly exported as unreferenced and assumed. |
| Source | supported IES is the effective source only for thermal conductivity, specific heat and density. Field-level metadata prevents that citation from being extended to the unsupported albedo and emissivity. issue #274 |
| Place | not applicable The generic material row makes no observation-place claim. |
| Representativeness | not applicable The generic material row makes no site, city or regional evidence-reach claim. |
| Method | supported Literature applies to the three IES-supported thermal leaves; canonical overrides mark both optical leaves as assumed. |
| Identity | supported Legacy ID 36248158 identifies the retained catalogue row. Correcting field-level provenance does not change the stable path, values or gypsum-plasterboard identity. |
This correction uses field-level provenance to represent the evidence boundary rather than treating a missing optical citation as a blocker for the supported thermal tuple. The optical values are not inferred from generic paper, plaster or high-emissivity defaults and remain explicit unreferenced assumptions. No parameter value or stable identity changes.
Paste under material in a SUEWS YAML configuration; every value carries its citation.
albedo:
value: 0.3
ref:
ID: unreferenced
DOI: null
desc: null
emissivity:
value: 0.92
ref:
ID: unreferenced
DOI: null
desc: null
thermal_conductivity:
value: 0.16
ref:
ID: ies2011-apache-tables
DOI: null
desc: null
specific_heat:
value: 840
ref:
ID: ies2011-apache-tables
DOI: null
desc: null
density:
value: 950
ref:
ID: ies2011-apache-tables
DOI: null
desc: null
Raises a prefilled sign-off issue. CI accepts it only when the issue author is in the verifier registry and the evidence revision is still current.
Review procedurematerial