Files

Antoine 9541958eae Restructure Hydrotech Beam project — KB-integrated layout

New project structure with knowledge base integration:
- kb/ with components, materials, fea, dev generations
- models/ for reference NX files (golden copies)
- studies/ for self-contained optimization campaigns
- deliverables/ for final outputs
- DECISIONS.md decision log (6 decisions tracked)
- BREAKDOWN.md (moved from 1_breakdown/)
- Gen 001 created from intake + technical breakdown

KB extension file: atomizer/shared/skills/knowledge-base-atomizer-ext.md

Refs: DEC-HB-004, DEC-HB-005, DEC-HB-006

2026-02-09 02:18:29 +00:00

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Knowledge Base — Hydrotech Beam

Project: Hydrotech Beam Structural Optimization Generation: 001 Last updated: 2026-02-09

Overview

Sandwich I-beam optimization for a test fixture. Steel construction with lightening holes in the web. Goal: reduce mass from ~974 kg while meeting displacement (≤ 10 mm) and stress (≤ 130 MPa) constraints.

Components

Component	File	Status
Sandwich Beam	sandwich-beam.md	Initial

Materials

Material	File	Status
Steel (AISI)	steel-aisi.md	Initial

FEA

Model	File	Status
Static Analysis (SOL 101)	fea/models/sol101-static.md	Pending gap resolution

Generations

Gen	Date	Summary
001	2026-02-09	Initial KB from intake + technical breakdown

Open Tasks

❓ G1: Beam length and support conditions
❓ G2: Loading definition (point? distributed? self-weight?)
❓ G3: Displacement measurement location and DOF
❓ G4: Stress constraint scope (whole model? exclude supports?)
❓ G5: Geometric feasibility of hole patterns at extremes
❓ G6: Result sensors in Beam_sim1.sim
❓ G7: NX parametric rebuild reliability across full range
❓ G8: Mesh type, density, convergence status
❓ G9: 130 MPa stress limit basis (yield? safety factor?)

1.5 KiB Raw Blame History