Abstract
This disclosure presents six upgraded, non‑duplicate open‑hardware inventions that collectively enhance the performance of the Caldwell Variable‑Topology Vortex‑Gyroid Thermal‑Hydraulic Core (CVGTC‑2.x). Each subsystem is independently buildable and testable, and each contributes measurable improvements in heat‑transfer density, hydraulic efficiency, sensing fidelity, vortex conditioning, and transient thermal‑gradient control.
The suite includes:
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UGCRM‑2.0 — Variable‑Topology TPMS Thermal Distribution Engine
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CMHRE‑Ω2.0 — Heat‑Flux‑Matched Thermal Validation Platform
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Mechanic’s Battery v3.0 — TPMS‑Aware Low‑ΔP Branching Engine
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Arachne v9.0 — Structural + Sensing + Leak‑Detection Backbone
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GCI #259‑B — Chip‑Scale Vortex Conditioner
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CRFG‑2.0 — COP‑Gated Thermoacoustic Gradient Engine
All inventions are compatible with CVGTC‑2.x and increase its system‑level performance by ~20–30% combined.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Caldwell, Michael Victor Mr., "CALDWELL MULTI‑CORE THERMAL‑HYDRAULIC UPGRADE SUITE (2026 EDITION) UGCRM‑2.0 • CMHRE‑Ω2.0 • Mechanic’s Battery v3.0 • Arachne v9.0 • GCI #259‑B • CRFG‑2.0", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/11592