G-C1 REV0 · ORIGINAL SOURCE VALUE
DESIGN-G-C1-000001
Registry: engineering_candidate_registry. Original field names and values are displayed without translation or reinterpretation.
- candidate_name
- Process-retention control design concept
- changed_parameters
- process_retention_factor
- commercial_product_status
- NOT_A_COMMERCIAL_PRODUCT
- concept_status
- MODEL_DERIVED_PREDICTIVE_ENGINEERING_CONCEPT
- configuration_id
- AER-FC002-16-T700-PP-SHP
- core_structure
- PP honeycomb coherent tuple: density 72 kg/m3, cell 9 mm, compression 1.565 MPa, shear strength 0.495 MPa, shear modulus 14.5 MPa
- data_class
- MODEL_DERIVED
- design_candidate_id
- DESIGN-G-C1-000001
- empirical_status
- NOT_EMPIRICAL
- engineering_reason
- Isolates the semi-hot-press retention proxy as a controllable process investigation.
- expected_benefit
- Apparent stiffness +1.76%; core-shear screening load +0.00%; face flexural strength +5.00%.
- expected_penalty
- Core areal mass +0.00%; uncertainty exposure index 5; unmodelled interface, edge, mass/balance and damage effects remain.
- face_structure
- T700 reference face; 0.5 mm/face effective gauge; face_architecture_factor=0.45 model proxy
- failure_mode_boundary
- FMI-G-B8-000001|FMI-G-B8-000002|FMI-G-B8-000003|FMI-G-B8-000004|FMI-G-B8-000005|FMI-G-B8-000006|FMI-G-B8-000007|FMI-G-B8-000008|FMI-G-B8-000009|FMI-G-B8-000010; mechanism hypotheses only, not observed failures.
- fixed_parameters
- beam_width_mm|core_cell_size_mm|core_compression_strength_mpa|core_density_kg_m3|core_shear_modulus_mpa|core_shear_strength_mpa|core_shear_stress_mpa|core_thickness_mm|face_architecture_factor|face_thickness_mm|fatigue_anchor_cycles|fatigue_exponent|stiffness_retention_ratio|strength_transfer_factor|support_span_mm|total_thickness_mm
- model_validity
- VALID_WITHIN_FROZEN_INPUT_BOUNDS
- parent_architecture
- ARCHFAM-G-B10-000001|VAR-G-B10-000002
- physical_validation_status
- NOT_COMPLETED
- process_assumption
- Semi-hot-press reference process; process_retention_factor=0.924 model proxy; recipe NOT_EVALUATED
- relationship_label
- MODEL-DERIVED / NOT EMPIRICAL
- released_design_status
- NOT_RELEASED
- sandwich_configuration
- Effective face/core/face sandwich: 0.5 + 15 + 0.5 mm = 16 mm declared thickness
- source_gb10_family_id
- ARCHFAM-G-B10-000001
- source_gb9_direction_id
- DIR-G-B9-000001
- source_gb9_scenario_id
- OPTSCN-G-B9-000010
- source_requirement_ids
- REQ-G-C1-000001|REQ-G-C1-000002|REQ-G-C1-000003|REQ-G-C1-000004|REQ-G-C1-000005|REQ-G-C1-000006|REQ-G-C1-000007|REQ-G-C1-000008|REQ-G-C1-000009|REQ-G-C1-000010|REQ-G-C1-000011|REQ-G-C1-000012
- target_problem
- Reduce process-driven stiffness and face-strength variability without changing the material or geometry architecture.
- uncertainty
- HIGH
- uncertainty_exposure_index
- 5
- validated_design_status
- NOT_VALIDATED
Identifiers mentioned in source fields
These are search links, not inferred engineering relationships.
AER-FC002-16-T700-PP-SHPFMI-G-B8-000001FMI-G-B8-000002FMI-G-B8-000003FMI-G-B8-000004FMI-G-B8-000005FMI-G-B8-000006FMI-G-B8-000007FMI-G-B8-000008FMI-G-B8-000009FMI-G-B8-000010ARCHFAM-G-B10-000001VAR-G-B10-000002DIR-G-B9-000001OPTSCN-G-B9-000010REQ-G-C1-000001REQ-G-C1-000002REQ-G-C1-000003REQ-G-C1-000004REQ-G-C1-000005REQ-G-C1-000006REQ-G-C1-000007REQ-G-C1-000008REQ-G-C1-000009REQ-G-C1-000010REQ-G-C1-000011REQ-G-C1-000012
Provenance
- archiveSha256
- 1e98756b489c9f76565bcb4e2d0e8bffcf3565f351d83b9211cd92220d76e85d
- virtual_path
- !/STAGEG_C1_NEW_PADDLE_ENGINEERING_DESIGN_GENERATION_REV0/engineering_candidate_registry.csv
- source_file_sha256
- 0f17d9aaf40a2e03da765f5e44ef5e5366ab046baf8d32a3b6b572bedaf9ea25
- source_locator
- csv:row:1
- fields_sha256
- 94e475a90ed6e416f2fa75066c009d9a805a1f4ef2213ae37653acf1fb0f9ffd
- source_version
- G-C1 REV0