'Sawmill Shelter' is a canopy shelter created by 'Architectural Association' students in the 'Design + Make' program.
The goal of this project was to test the limits of timber and simultaneously create a shelter for their sawmill. The techniques the students tested and used will be implemented in the schools next planned construction -- the building of a lecture hall and library. This project was made using wood harvested from the nearby forest to create 11 meter laths. According to the students, "Each lath carries up to two tonnes of tension, demonstrating the remarkable -- and generally under-exploited -- strength of wood under tension." The team also steam bend whole trees to support the one end of the canopy. Cables assist with the load distribution of Sawmill Shelter and the roof is clad in aluminum.
Timber-Testing Shelters
Design + Make Students Tested the Limits of Timber With Sawmill Shelter
Trend Themes
1. Timber Strength Testing - Exploring the remarkable strength of wood under tension offers opportunities for innovative construction methods and materials.
2. Sustainable Material Sourcing - Using locally harvested wood from nearby forests showcases the potential for sustainable timber sourcing in construction projects.
3. Innovative Canopy Designs - The use of steam-bending whole trees to support canopies presents an opportunity for unique and visually striking architectural designs.
Industry Implications
1. Construction - The construction industry can leverage timber strength testing and sustainable material sourcing to improve building techniques and eco-friendly construction practices.
2. Architecture - Architects can explore innovative canopy designs using steam-bending techniques to create visually impressive and structurally sound structures.
3. Timber Industry - The timber industry can benefit from showcasing the strength and versatility of wood under tension, encouraging its use in diverse construction applications.