Tension Structure AI
AI for designing cable and fabric tension structures.
Definition
Tension Structure AI assists in designing cable nets, fabric structures, and other tensile systems. These systems understand form-finding for tension structures, cable sizing, fabric selection, and connection design. AI can generate optimal forms, calculate prestress requirements, and ensure tension structures are structurally viable.
In Depth
Tension structures — cable nets, fabric membranes, and tensegrity systems — achieve their shape and structural capacity through pre-tension in cables or membranes rather than through compression in rigid members. AI assists with the form-finding analysis, patterning (cutting the fabric into pieces that assemble into the intended curved form), and structural verification under wind and snow loading.
Examples
Form-finding for cable net roofs
Designing membrane structure geometries
Analyzing cable pretension requirements
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Tension Structure AI assists in designing cable nets, fabric structures, and other tensile systems. These systems understand form-finding for tension structures, cable sizing, fabric selection, and connection design. AI can generate optimal forms, calculate prestress requirements, and ensure tension structures are structurally viable.
Form-finding for cable net roofs. Designing membrane structure geometries. Analyzing cable pretension requirements.
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