Analyze Davami et al. 2025 (dynamic AM tensegrity) + Edison follow-up

[Copilot]

Analyze Davami et al. 2025 (Int. J. Impact Eng. 198:105208) as a high-relevance prior, run a high-effort Edison literature query for similar work, and articulate how our proposed multi-material PLA/TPU + multifidelity BO tensegrity project differs.

Literature artifacts

• literature/davami2025-dynamic-am-tensegrity.pdf — archived PDF from the issue attachment.
• references.bib — new davami2025dynamic entry.

Analysis doc — literature/davami2025-analysis.md

• Summary table of Davami's design (double-T3, φ = 19°, ρ = 20 %, Tough 2000 SLA, SHPB ε̇ ≈ 134–226 s⁻¹).
• Six-axis differentiation vs. our work:
  1. Single-material SLA resin → multi-material FDM (PLA + TPU 85A).
  2. Rigid compliant "tensegrity-like" bars → actual flexible TPU tendons.
  3. Hand-picked φ, single ρ → multifidelity Bayesian optimization over geometry + material assignment + prestress.
  4. One Class-1 prism → broader topology/tiling search.
  5. SHPB constitutive characterization → drop-tower + QS, J g⁻¹ FoM.
  6. Article-only → mentored-UG + open-source closed-loop pipeline.
• Concrete edits to fold into proposal.tex / idetc-abstract.tex and a pre-emptive reviewer rebuttal.

Edison LITERATURE_HIGH follow-up

• scripts/edison/submit_davami2025_followup.py — submission/poll helper, following the established EDISON_PLATFORM_API_KEY shim convention.
• Task 0944224d-2b57-47a9-a525-0a7da79b7a86, status: success. Artifacts (~36 KB md, 55 KB json, 16 ranked closely-related articles across themes a–e) committed under edison-trajectories/davami2025-followup/.
• §5.1 integrates the highest-leverage results:
  • Intrigila 2022 (Addit. Manuf. 57:102946) — same Tough 2000 + double-T3 quasi-static; isolates Davami's contribution to the SHPB axis alone.
  • Yavas 2022 (Mater. Des. 217:110613) — validates FFF PLA + TPU for energy absorption, but in conventional (non-tensegrity) lattices.
  • Amendola 2015/2018, Bauer 2021, Zhang 2021, Pajunen 2019/2021 round out the precedent set.
• Confirms open white-space: {true rigid + flexible tendons} × {monolithic multi-material FDM} × {high-strain-rate E.A.} × {multifidelity BO}.