Mycelium Wall Systems: Harnessing Adaptive Fabrication with Biocomposites in Buildings
Abstract:
Novel biocomposites are being investigated for the ability to customize their properties to suit numerous applications. As the most complex components of buildings, wall assemblies must mediate constantly evolving human needs for comfort and environmental performance. However, traditional construction strategies to address these complex, changing needs, such as adding more layers, are practically and environmentally inefficient. Mycelium biocomposites can combine performance properties for wall systems without the need for adding additional layers, while being biodegradable. This thesis investigates the integration of mycelium biocomposites within a natural prefabricated wall panel. This research employs three physical experiments and digital simulation to test mycelium’s growth, adhesion, and thermal performance, alongside a concurrent design development. The key impact of this research is the development of an efficient biodegradable wall construction system with a reduced number of material layers compared to typical construction. This research also provides a framework for architects to learn hands-on from the materials with which they design.
The examining committee is as follows:
Supervisor: Mohamad T. Araji
Committee member: David Correa
Internal-external reader: John McMinn
External:Robert Lepage
The defence examination will take place:
Wednesday, July 31, 2024, 10:00 a.m.
In-person ARC2026 - Ventin Room.
A copy of the thesis is available for perusal in ARC 2106A.