Infrastructure That Fortifies: Extended-Reach Tendon Construction by Autonomous Matrix Worm Agents Following Principal Stress Trajectories

摘要

This paper presents the extended-reach construction capability of Adaptive Matrix Worm (AMW) agents, focusing on tendon installation along principal stress trajectories across large AME installations. Where Infrastructure That Strengthens covers localised reinforcement, this paper addresses long-span structural tendons that span entire installation segments — analogous to the post-tensioning tendons of prestressed concrete, but installed autonomously by soft robotic agents following computed stress field paths using the Depot-Pull prestress method. The paper draws on soil mechanics, structural theory, and strut-and-tie models as engineering foundations, and establishes that all Fortifies construction missions require Wisdom Agent clearance under the governance architecture of Infrastructure That Judges. Second and final paper of the AME Ethics/Construction Duology and the closing paper of the Hexalogy. This paper is part of the AME Hexalogy, the third collection in the AME research series by J.O. Danenberg, Aveotto LLC. Prior collections: AME Physics Trilogy (Papers 1–3, January 2026) and AME Education Pentalogy (Papers 5A–5E, February 2026), both available on Zenodo under ORCID 0009-0003-9549-2107. The Hexalogy comprises the AME Autonomy Tetralogy (Infrastructure That Feels, Heals, Strengthens, and Learns) and the AME Ethics/Construction Duology (Infrastructure That Judges and Fortifies).