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# Knowledge Base — Hydrotech Beam
**Project:** Hydrotech Beam Structural Optimization
**Generation:** 001
**Last updated:** 2026-02-09
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## 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](components/sandwich-beam.md) | Initial |
## Materials
| Material | File | Status |
|----------|------|--------|
| Steel (AISI) | [steel-aisi.md](materials/steel-aisi.md) | Initial |
## FEA
| Model | File | Status |
|-------|------|--------|
| Static Analysis (SOL 101) | [fea/models/sol101-static.md](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?)