Date:May 6, 2022
Country: United States
Trees
Stems/Stalks
Construction materials
Architectural materials
Application
Description A team at MIT is exploring the use of naturally occurring tree forks as a sustainable and innovative solution for designing complex three-dimensional structures. Tree forks, typically discarded by timber processors, possess a unique interlocking mesh of wood grain fibers that provide exceptional strength and support. By scanning and cataloging a library of tree forks, the MIT team can match them to specific vertices in architectural designs, allowing for minimal machining and incorporation into structures. This innovative approach not only reduces waste but also offers a natural, organic alternative to traditional joint design methods.
Pathway Description: The process used in this project is scanning and cataloging natural tree forks to utilize them as composite joints in architectural structures. The team at MIT scans tree forks to create a digital library, enabling the matching of forks to vertices in structural designs. These forks undergo minimal machining to retain their natural strength and shape before being incorporated into the structure. This approach leverages the natural interlocking wood grain fibers at branch junctions for enhanced strength and sustainability.
Source: Know More...
Tags: Tree Fork JointsSustainable Tree ArchitectureNatural Joint Engineering
Construction materials
Architectural materials
Types of Feedstock
Forest residue
Name
Tree forks
Form
Solid biomass
Commercials
Low-cost as they are typically discarded by timber processors
Logistics
Collected during timber processing; requires minimal machining for use
Characteristics
Strong interlocking grain structure
Mechanical
Scanning,Cataloging,Machine shaving
Educational Institution
MIT