Symbiocene demonstrator: Mycelium bio-composites in architectural design

• Autores: Abhinav Chaudhary, Savannah Willits, Michael Polisano, Jenya Andersson, Harjit Sembi, Ron Bakker, Darshil U. Shah
• Localización: Structures and Architecture. Volume 3: REstructure REmaterialize REthink REuse / Mario Rinke (ed. lit.), Marie Frier Hvejsel (ed. lit.), Aníbal Maury Ramírez (ed. lit.), Zena Ndiaye (ed. lit.), Ilse Lindenbergh (ed. lit.), Elise Enthoven (ed. lit.), 2025, ISBN 9781040447239, págs. 330-337
• Idioma: inglés
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• Resumen

  • The presented research is situated between computational design, digital fabrication, and biomaterials within the framework of modular architecture. Mycelium-based composites provide a viable solution for bio-integrated construction, yet their application in the field is limited. Fabricated from mycelium, hemp substrate, and 3D printed organic formwork, the proposed material system is a user-friendly prototype for assembly and disassembly using plug- and-play timber joinery. Developed for modular aggregation and architectural utility, the prototypes are subjected to mechanical testing for compression and bending. Mycelium binds the organic “lost” formwork with the substrate resulting in a continuous composite without the need for formwork removal, thus reducing dimensional tolerances between modules while facilitating complex morphologies. The primary outcome is a public pavilion that demonstrates a potential alternative to the ecologically damaging practices of the Anthropocene. The presented research seeks to highlight the versatility and strength of the material, while contributing towards a stronger symbiotic relationship between biomaterials and the AEC industry